KR940005825B1 - Automatic cash transaction system - Google Patents

Abstract

No content.

Description

Cash processing system

The drawings show an embodiment of the invention.

1 is a schematic diagram showing the configuration of a cash management system.

2 is a diagram showing the relationship between an automatic withdrawal device, a banknote sorter, and a loading bank.

3 is an external view of a drawing control apparatus.

4 is a block diagram showing an internal configuration of a drawing control apparatus.

5 is a diagram showing an example of storing a balance sheet.

6 is a diagram showing an example of storage of an entrance and exit table.

7 is an external view of a deposit and withdrawal device.

8 is a block diagram showing the internal structure of a deposit and withdrawal device.

9 is a diagram showing an example of storage of a RAM of a teller machine;

10 is a view showing the internal configuration of the deposit and withdrawal unit.

11 and 12 are views for explaining the flow of banknotes in the deposit operation.

13 is a view for explaining the flow of banknotes in the withdrawal operation.

14 is a view for explaining the flow of banknotes in the deposit return operation.

15 is a view for explaining the flow of banknotes in the recovery operation of uncollected banknotes.

16 is a view for explaining the flow of banknotes in the loading operation.

17 is a view for explaining the flow of reject banknotes.

18 is a view for explaining the flow of banknotes in the precision audit operation.

19 is an external view of the loading station.

20 is a block diagram showing the configuration of a cash management system.

Fig. 21 is a diagram showing an example of storing a data memory of a loader.

Figure 22 is a cross-sectional view showing the internal configuration of the bill organizer.

Fig. 23 is a diagram showing a storage example of the data memory of the bill organizer.

24 and 25 are diagrams showing examples of display of balances and the like in the display section of the cash management device.

* Explanation of symbols for main parts of the drawings

1a, 1b, 1c, 1d: deposit and withdrawal apparatus (first apparatus) 2: banknote sorter (first apparatus)

3: High loader (second device) 4: LAN

9: withdrawal control device P: banknote (cash)

31, 220: main controller 39: RAM

44, 94, 112: interface 70: audit

88: detector 91, 115, 201: display part

92, 110: control unit 93, 111: data memory

117: printer 209: data storage unit

209a: Balance Sheet 209b: Entrance Table

The present invention relates to, for example, a cash processing system that is provided with a plurality of devices for managing cash, i.e., deposit and withdrawal of bank notes, in banks and the like, and which can manage bills and their information collectively in each device.

Conventional financial institutions, for example, banks and the like, are provided with cashiers and withdrawal machines at each branch, and are managed by a cash center that checks the status of each branch at each branch.

Each device such as a cashier, an automated teller machine, a cash center machine, etc. has a function of counting cash, a storing function to a cassette, a counting function, a display function of a storage result or an output from a printer, and a data transmission control function to the outside. have.

In such a system, a cash management function of each device alone and a comprehensive cash management function of data using data transmission could be realized, but there is a possibility that a person may miss because cash is moved between the devices. There is a possibility of inconsistency with the actual balance of cash, and there is a drawback of the troublesomeness that the transaction of transaction slip and the re-audit of cash occur with the movement of cash.

Therefore, in a system where cash flows between different types of devices, it is not possible to prevent re-counting, reduction of documents, and inadvertent misses in each device that accompany the movement of cash. There was a drawback that the management of and the overall management of them could not be carried out with certainty.

According to the present invention, in the system where the cash is moved between the various types of devices as described above, it is not possible to prevent the omission of the re-count, the reduction of the slips, and the occurrence of the miss by the person in each device that accompany the movement of the cash. Eliminating the drawback of not being able to reliably manage the cash balances of individual devices and managing them collectively, eliminating the recount in each device that accompanies the movement of cash in a system where cash flows between different types of devices, It is an object of the present invention to provide a cash processing system that can prevent the reduction of slips and the occurrence of misses by a person, and can reliably manage the cash balance of each device and manage them collectively.

The present invention provides a plurality of first devices for processing cash, a second device having a storage means for loading cash in the first device and storing the cash receipt state between the loaded devices and the first device. Management means for storing and managing a state of storing each of the cash of the first cash flow, first transmission means for transmitting the cash storage states of the first device and the second device to the management means when the second device is separated from the first device; Second transmission means and first and second transmission means for transmitting, to the management means, the cash storage state of the second device stored in the storage means of the second device when the second device is loaded into the first device; Confirm whether or not the state of cash receipt in the second device is correct according to the content transmitted by the means; and if so, the second in accordance with the state of receipt of cash in the second device. And updating means for updating the cash storage state managed and stored by the management means for the first device in which the device is loaded.

The cash processing system according to the present invention is a second device capable of being loaded into a plurality of first devices for processing cash and having a storage means for storing the state of receipt of cash, and carrying cash between the loaded devices and the like. And when the second device leaves the first device, transmits the cash receipt status of the first device and the second device from the first transmission means to the management means for storing and managing the cash reception status of the first device. And, when the second device is loaded in the first device, transmits a cash receipt state of the second device stored in the storage means of the second device from the second transmission means to the management means. The content transmitted by the second transmission means confirms whether or not the state of receipt of cash in the second device is correct and, if correct, determines the state of receipt of cash in the second device. Because it is made to update the stored state of the cash storage, which is managed by the management means to the first device in that the second device is mounted.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

1 shows a cash processing system in the galaxy and the like of the present invention.

That is, each device installed in the point F is connected by the LAN 4 in the point.

The LAN 4 is provided with only a plurality of automatic withdrawal devices 1a, 1b, 1c, 1d, bill organizer 2, bookkeeping machine 5, balance lookup machine 6 and point F. A LAN connection adapter 8 for connecting the deposit and withdrawal device 7 to the LAN 4 and a withdrawal control device 9 for centralized control and operation management of the respective devices are connected.

The automatic teller machine 1a and the banknote sorter 2 are loaded with a loading bank (cash cassette) 3 selectively as in the second diagram, and the cash is moved.

The drawing-out control apparatus 9 is connected with the specific line 120 through the modem 10a, and this specific line 120 is connected with the calculator center 122 via the modem 121. As shown in FIG.

In the calculator center 122, withdrawal information is stored for each account of the customer using the automatic withdrawal device, and the stored contents are updated with the withdrawal record of the corresponding account based on withdrawal information transmitted from the withdrawal control device 9, The drawing information based on the update result is returned to the drawing control device 9.

The take-out control device 9 is connected to the public line 123 via the modem 10b, and is capable of transmitting various kinds of information for various types of information transmission sources.

The monitoring center 124, the radio station 125, and the service center 126 are connected to this public line 123.

Various guides are displayed for the patrol car 127 which always traverses a predetermined area by radio from the radio station 125 and repairs the automatic take-off device installed in the area.

Accordingly, in the monitoring center 124, when the automatic teller device 1a is unactuated due to a holiday or the like, failure recovery is performed by remotely controlling the automatic teller device 1a based on the information from the take-out control device 9.

In addition, when a non-recoverable failure occurs or when it is determined that replenishment of media such as cash set in the automatic withdrawal device 1a is necessary, the radio station 125 is transmitted through the public line 123 from the monitoring center 124. ), And the indication is transmitted to the patrol car 127 circulating in this radio station 125.

Accordingly, the patrol car 127 is configured to perform the recovery processing of the automatic taking out device.

The drawing out control device 9 will be described with reference to FIGS. 3 and 4.

That is, in FIG. 3, a display unit 201 is provided on the upper portion of the main body 200 by a plasma display which displays the operation state of the automatic take-out device 1a or the like.

At the lower side of the display unit 201, a general-purpose key 202 is arranged to perform operations, switch display contents of the display unit 201, and the like in the normal work by the staff.

In addition, at the bottom of the screen of the display unit 201, the function of each key is displayed corresponding to the position of each key of the general-purpose key 202.

According to this display, the selection or input of a predetermined function is possible by pressing a corresponding key.

The function of each key of the general-purpose key 202 can be switched as needed, and the lower display of the screen of the display unit 201 can also be switched in response to the switching.

The keyboard 203 is installed on the front portion of the main body 200.

This keyboard 203 normally does not need to be operated and is logically invalidated even if pressed.

However, in a special case, when the various conditions stored in the automatic take-out device 1a are changed, or when a special command is given to the automatic take-out device 1a, the input by the keyboard 203 can be made effective.

On the upper portion of the keyboard 203, a card reader 205 and a card holding part 206 are provided.

The card reading unit 205 reads the magnetic information recorded in the magnetic stripe portion of the magnetic card that the attendant brings.

The magnetic card includes a person in charge card, a manager card, a maintenance worker card, and the like, and the contents displayed on the display unit 201 and the menus that can be operated are switched by each card.

That is, the card classification is judged based on the card number (preliminarily registered for each card classification) among the magnetic information recorded on the magnetic card, and the built-in processing program is switched according to the card classification.

While the card is stored in the card holding section 206, the magnetic information written in the card reading section 205 is valid.

The label factor portion 204 of the side portion of the display portion 201 is used when the attendant sets the label and prints the necessary printing information.

In this step, the automatic status of the automatic teller machine 1a and the remaining amount information such as cash or media are printed by the operation of the general-purpose key 202 by the accountant.

The side portion 200a of the main body 200 is provided with an insertion opening 207 in which a control program is stored or a floppy disk FD for data suction is inserted.

In addition, the control circuit of the drawing-out control apparatus 9 is comprised like the 4th figure.

That is, the main control part 220 which controls the whole drawing-out control apparatus 9 is provided.

The main control unit 220 is connected to the display unit 201, the general-purpose key 202, the keyboard 203, the cut factor unit 204, the card reading unit 205, and the card holding unit 206.

The main controller 220 includes a program storage unit 208 in which a control program is stored, a data storage unit 209 for storing necessary data while executing a program, and a program storage unit 208 in a magnetic disk as a nonvolatile memory. A magnetic stripe device 210 and an insertion hole 207 in which necessary data is written out of a program to be written or data stored in the data storage unit 209, and a drawout record of a drawer to be executed in each automatic teller apparatus 1a or the like is written. Is connected to a read / write unit 215 for recording and reproducing the inserted FD.

The data storage unit 209 is backed up by a battery (not shown), and data is protected even when the power supply control device 9 is turned off.

The main controller 220 has a modem interface 211 connected to the modem 12a, a modem interface 212 connected to the modem 12a, an interface 213 for connecting to the LAN 4, and are separately provided. In the tabular factor unit 204 built in the printing device, a large amount of printing data that cannot be printed can be output, and an external printing unit interface 214 connected to the external device is connected.

Each interface 211 has a function of output control of data transmitted from the main controller 220 in a predetermined order, or to receive various types of data and output the data to the main controller 200.

Next, the cash operation management of the automatic withdrawal apparatus 1a by the withdrawal control apparatus 9 will be described.

That is, in the data storage unit 209 of the withdrawal control device 9, the number of balances and the maximum storage number for each paper type (hereinafter referred to as a bill type) for each device of the automatic withdrawal device 1a are stored as shown in FIG. A balance sheet number 209a is provided, and a table 209b for dividing the number of entrances and exits for each safe box for each device of the automatic teller device 1a is provided as shown in FIG.

In the entrance / division table 209b, when there is cash entry and exit of each vault by the withdrawal or cashier's withdrawal by the automatic withdrawal apparatus 1a, the device number, the entrance division and the number of each vault are set.

In the entrance and exit, "egress" indicating the entry and exit from the safe, "entry" indicating the storage into the safe and "ash" indicating the number of balances of the safe are set.

The above-described deposit and withdrawal apparatus 1a will be described with reference to FIGS. 7 to 9.

That is, in FIG. 7, the substantially L-shaped operation part 13 is formed in the front surface of the housing 12. As shown in FIG.

In the vertical operation part 13a of this operation part 13, the bankbook insertion opening 14, the card insertion opening 15, and the slip issuance opening 16 are provided.

The horizontal operation part 13b is provided with an entrance / exit 17 as a banknote accommodating part which combines an entrance and an exit, and the entrance and exit 17 is provided with a door 18 which can be opened and closed freely.

In addition, the horizontal control unit 13b is provided with a CRT display unit 19 with a built-in touch sensor. The operation procedure or other information is displayed on the CRT screen by illustrations, letters or words to induce the user, and at the same time, verify the password by the display. The operation is performed by pressing the display portion corresponding to the number, amount, account number, approval of withdrawal, confirmation or cancellation.

By the way, in the housing 12, the main control part 31, which controls the whole as in the eighth degree, and the card A inserted in the card insertion hole 15 are accommodated, and the identification number of the code in the magnetic stripe part on the card A, A magnetic card lead unit 32 which accepts account information such as an account number, a document processing unit 33 for issuing a slip printed at the ticket issuing port 16, and a bankbook inserted at the bankbook inserting port 14; A bankbook printing section 34 is provided which reads the magnetic stripe section of (B) and records the takeout contents in the bankbook B and the journal paper (not shown).

Then, the banknote P is loaded into each safe or the banknote of each safe is loaded by setting the loading box 3 at the same time as receiving the bill P inserted into the cash inlet 17 and paying the bill P of the designated amount to the cash inlet 17. Voice guidance is provided to the customer by a cashier unit 35 having a function of precisely auditing the storage 3, a customer unit 36 constituted by the CRT display unit 19, and a speaker (not shown). An operator operating section 38 having a voice guidance unit 37 and an internal monitor for the operator is provided.

The loading cabinet 3 loaded in the deposit and withdrawal unit 35 is connected to the main control unit 31 via the interface 44 to exchange data.

In addition, each safe according to the audit result (described later) from the audit unit (described later) in the deposit and withdrawal unit 35, the RAM 39 storing the storage state of the repositories, information of financial institutions necessary for payment and withdrawal, for example A floppy disk 40 as a file of data recorded in a bank name, a branch name of 50 notes, a transmission control section 41 for controlling data transfer between the main control section 31 and the LAN 4; The power supply section 42 is provided.

The storage amount of each safe is stored in the RAM 39 as shown in FIG.

The main control unit 31 is connected to a remote monitor 43 for accountants provided externally.

In addition, journal processing (inspection processing for checking the state inside the apparatus) such as balance detection, safe box replacement, and journal replenishment are displayed by the operator operating unit 37 and the remote monitor 43.

The loading container 3 set in the main control unit 31 and the deposit and withdrawal unit 35 is connected through an interface (not shown), and the data loading of the loading unit 3 is performed by exchanging data between the main control unit 31 and the loading unit 3. The set to the deposit and withdrawal unit 35 is confirmed.

In addition, the main control section 31 sends the storage status of each safe box of the apparatus or the storage status from the loading cabinet 3 to the main control section 31.

10 shows the configuration of the deposit and withdrawal unit 35.

In the figure, 50 is an upper unit of the deposit and withdrawal mechanism, and 51 is a lower unit.

A bill storage and withdrawal device 52 is provided in the upper portion of the upper surface of the upper unit 50 (in the reception surface direction), corresponding to the above-described entrance and exit port 17.

This banknote storing and withdrawing apparatus 52 is comprised by the storage roller 53, the floor 56, the banknote storage chamber 55, etc. As shown in FIG.

In addition, a fourth safe 3 serving as a loading bin is attached to the rear portion of the unit 50, and a loading bill storing unit 23 is formed.

On the other hand, in the lower unit 51, for example, the first safe 57 of the 10,000 yen bill storage logo and the second safe 58 of the 1,000 yen bill storage logo are disposed, respectively, and the bill storage part 59 (60), respectively. And a third safe deposit box 61 is provided as a depository for storing non-payment money such as a 5,000 yen ticket, a reject ticket, a collection ticket, etc., and a bill storage part 62, an accumulation part 63, The collection box 64 is comprised.

In addition, each of the safes 57, 58, 61, and 3 is provided with a collection and extraction device 65, respectively, and forms a space 66 as an accumulation unit capable of accumulating, for example, 100 bills. The flaps 67 for this purpose are each provided.

The said collective take-out apparatus 65 is comprised from the withdrawal roller 67a, the elevator 68, the pushing board 69, etc., respectively.

In addition, an auditor 36 is provided at the center of the front unit in the upper and lower directions of the upper unit 50, and a withdrawal and accumulation unit 37 and a deposit and accumulation unit 38 are installed at the right side thereof.

In the unit 50 and 51, the banknote conveyance paths R1-R8 are formed, and the bank 73a which makes it possible to convey banknote P to each part and uses the rotary solenoid which is not shown in a branch part as a drive source is provided. -73 L) is arranged.

In the middle of the paper conveyance path R, banknote passing detectors 74a-74w are arranged on each element, and a paper money detector (remaining check center) (75a-74d) 457 is arranged at each accumulation part where the banknote P is accumulated. It is.

The banknote passing detectors 74a-74w and the banknote presence / absence detectors 75a-75d 76 are both well known in that they consist of a light emitting element and a light receiving element.

Herein, the operation (flow of paper money) in the above configuration will be described.

11 and 12 are diagrams showing the flow of banknotes related to the deposit operation.

In other words, when the display portion corresponding to the deposit of the CRT display unit 19 is pressed by the user, for example, the door 18 of the entrance / exit 7 is opened.

In this state, the user collectively puts the bills P back and forth and puts them into the bill storage chamber 55 in a state where the bills are upright.

Then, when the door 18 is closed and it is detected that the door 18 is closed, the floor 54 vibrates up and down to position the banknote P, and then the storage roller 53 rotates to It is stored one by one.

The banknote P accommodated by this storage roller 53 is conveyed through banknote conveyance path R1, and the number of sheets stored is counted by banknote passing detector 74a.

In addition, the banknote P is guided to the audit unit 70, where the banknote type (volume), forgery, and front and rear of the banknote P are discriminated (differentiated).

And the banknote P conveyed through banknote conveyance path R2, the banknote P determined by the said audit | inspection part 70 as a front banknote is conveyed upward through the 1st distribution gate 73a, and the 2nd, 3rd distribution gate ( The path is changed at the fourth distribution gate 73d via 73a) 73c and is integrated in the deposit temporary accumulation section 38.

The banknote P determined as the back banknote passes through the first and second distribution gates 73a and 73d, and the path is changed at the third distribution gate 73c and the path is changed at the fifth distribution gate 73e. Inverted and accumulated in the deposit temporary accumulation section 38.

Accordingly, the banknote P is arranged in front and rear of the banknote P and accumulated in the accumulation unit 38.

On the other hand, the banknotes (reject banknotes) P identified as reject banknotes (counterfeit banknotes and non-audit banknotes, etc.) in the auditing unit 70 are the first, second, third and fourth distribution gates 73a and 73b ( 73c) is sent to the withdrawal and accumulation section 37 through 73d and is accumulated here. The reject banknote P accumulated in the withdrawal temporary collecting part 37 is discharged to the storage chamber 55 at once when the banknote P in the banknote nip chamber 55 disappears, and the door 8 is opened and returned to the user.

The banknote P connected to the said deposit temporary accumulation part 38 is conveyed to the banknote storage room 55 at once by a user inputting confirmation, for example by the CRT display part 19, and is conveyed and conveyed again.

And the banknote P accommodated is audited by the audit | inspection part 70, and the conveyance path R is switched downward by the 1st distribution gate 73a, and is conveyed to the lower unit 51. As shown in FIG.

The 10,000 yen ticket determined as the banknote type in the audit unit 70 is horizontally conveyed through the eleventh, sixth, and seventh distribution gates 73k, 73f, and 73g, and further routed by the eighth distribution gate 73h. Is changed and accumulated in the accumulation section 66a of the 10,000 yen bill storage 57.

The 1,000 yen ticket changes its course at the seventh distribution gate 73g and is integrated in the accumulation portion 66b of the 1,000 yen ticket storage 58.

For the 10,000 yen and 1,000 yen tickets, the old, five thousand, and rejected tickets are changed in the sixth allocation gate 73f and accumulated in the depository 63 through the ninth and tenth allocation gates 73i and 73j. .

As described above, when all of the bills P are accumulated in the accumulating portion 66 of each of the safes 57, 58, and 61, the bills P in the safes 57, 58 are pushed into the pushing plate 69. It is pushed downward by the hook and is caught by the flapper 67 so that the deposit is completed.

In addition, when a disapproval is input in the state in which the banknote P was accumulated in the date and time of deposit, the banknote P of the deposit and accumulation accumulator 38 is returned to the banknote storage chamber 55 and the door 8 is opened. This opening is returned to the user.

And when the banknote P is removed from the banknote storage room 55, the door 8 is closed.

13 is a diagram showing the flow of banknotes related to the withdrawal operation.

In other words, the withdrawal transaction is selected first, and then the withdrawal amount is input.

Then, in each of the safes 57 and 58, the pressing plate 69 is pressed downward to release the jam of the flapper 67, and the elevator 68 is raised to raise the storing bank P. ) Is taken out to contact the roller 67a, and a preparation operation for withdrawal is performed.

In this case, the 10,000 yen ticket is withdrawn from the 10,000 yen bank 57 and the 1,000 yen bank 58 respectively by rotating the roller 67a.

The withdrawal of 10,000 yen ticket and 1,000 yen ticket are counted and conveyed to the front unit horizontally and delivered to the upper unit 50 and returned to the audit unit 70.

The banknote P determined as the normal banknote in the auditing unit 70 collects the withdrawal date and time through the first distribution gate 73a, the second distribution gate 73b, the third distribution gate 73c and the distribution gate 73d. It is integrated in the enemy 37.

In this way, when the banknote P reaches the withdrawal amount, the withdrawal of the banknote P is stopped and the withdrawal banknote P accumulated in the withdrawal unit 37 at the time of withdrawal is discharged to the bank upon receipt of the banknote 55 at the same time to open the door 18. Open and pay to the user.

Then, when the user withdraws the bill P, the door 18 is closed and the withdrawal transaction is terminated. Also, the bank note (rejected) P, which is determined to be unsuitable for payment by the audit unit 70, is sent to the lower unit 51 through the first distribution gate 73a.

And as shown by the city dashed line, it is sent to the accumulation section 63 of the depository 61 through the eleventh, sixth, ninth and tenth distribution gates 73k, 73f, 73i and 73j, It is integrated here.

Next, the flow of banknotes related to the deposit return operation will be described due to FIG.

In other words, in the deposit operation, when a banknote P is accumulated in the deposit / integration unit 38, for example, a cancellation is input from the CRT display unit 9, the banknote P is discharged to the banknote storage chamber 55 at once. .

The banknote P then opens the door 8 and returns to the user.

Fig. 15 shows the flow of banknotes related to the uncollected collection operation of the banknotes.

That is, when the user does not withdraw the withdrawal money P even after a certain time has elapsed since the door 8 is opened, the door 8 is first closed.

Then, the banknotes P are collected one by one, and the collected banknotes P are collected by the audit unit 70, the first distribution gate 73a, the eleventh distribution gate 73k, the sixth distribution gate 73f, and the ninth distribution. Through the gate 73i and the tenth distribution gate 73j, the collection box 64 in the depository 61 is recovered.

Next, with reference to FIG. 16, the flow which concerns on the loading (supplement) operation | movement of a banknote is demonstrated.

For example, when the banknote loading mode is selected from the cashier in the state in which the banknote P for loading in the loading cabinet 3 is set, the loading operation of the banknote P is started.

In other words, the bills P are withdrawn one by one by the withdrawal roller 67a of the loading rack 3, and are conveyed through the second distribution gate 3b, the third distribution gate 73c, and the fifth distribution gate 73e to be audited. It is led to wealth 70, and the types of money are discriminated.

The banknote P discriminated by the auditing unit 70 is conveyed downward by the first distribution gate 73a and sent through the eleventh distribution gate 73K and the sixth distribution gate 73f.

In this case, the 1,000 yen ticket is reversed at the seventh distribution gate 73g and accumulated in the accumulation unit 66b of the 1,000 yen bank storage 58, and the 10,000 yen ticket is conveyed through the seventh distribution gate 73g to be transferred to the eighth distribution gate ( 73h), the direction is changed and accumulated in the accumulating portion 66 of the 10,000 yen bill storage 57, and is pushed and stored in each banknote accommodating portion 59 and 60.

In addition, the banknote P discriminated to be rejected by the audit unit 70 at the time of loading is distributed upward from the first distribution gate 73a, and through the second distribution gate 73b and the third distribution gate 73c. The withdrawal date is accumulated in the accumulation unit 37.

At this time, the transfer path between the second distribution gate 3b and the third distribution gate 73c and the winding ticket (loading volume) which are drawn out by the loading cabinet 3 and passed through the second distribution gate 73b and the rejecting volume ( It overlaps in R4).

For this reason, when a reject right occurs, withdraw the payment for a while and resume the withdrawal after the reject right passes through the return path (R4), or the withdrawal right (loading right) and the reject right overlap. A method of integrating the charge right overlapped with the reject right by returning from the to the withdrawal date and time accumulation unit 37 is taken together.

And when the banknote P of the loading container 3 disappears, a loading operation is complete | finished.

On the other hand, when a reject ticket is generated, as shown in FIG. 17, the reject ticket is conveyed from the accumulator 37 to the banknote storage room 55 and collected by the retrieval roller 53 one by one. After discriminating from the unit 70, the banknote type discriminated volume is guided to the lower unit 51 by the first distribution gate 73a and stored in the safes 57 and 58 for each banknote type.

The rejected winding is further guided downward by the first distribution gate 73a and is redirected by the second distribution gate 73b to be stored in the loading cabinet 3.

In the above embodiment, in the loading operation, the banknotes P are loaded only in the loading bank 3, but the loading of the banknotes in the banknote storing section 62 of the depository bank 61 is also possible.

Next, the flow of banknotes related to the precision audit operation due to FIG. 18 will be described.

That is, the bill P withdrawn from the 10,000 yen bill store 57 or the 1,000 yen bill store 58 is returned to the upper unit 50 and discriminated by the audit unit 70 to be divided into the first allocation gate 73a and the second distribution gate. The direction is changed at 73b and stored in the loading cabinet 3.

When reject rights such as indistinguishable or the like occur in the auditing unit 70, they are conveyed downward by the first distribution gate 73a, the eleventh distribution gate 73k, the sixth distribution gate 73f, and the ninth distribution gate. Through the distribution gate 73i and the tenth distribution gate 73j, they are integrated in the accumulation unit 63 of the depository 61.

In addition, the first safe 57 is a 10,000 yen bill storage, the second safe 58 is a 1,000 yen bill storage, and the bill safe part 59 of the third safe 61 is deposited, and the fourth safe 3 is loaded. Although the case where it is used as a store was demonstrated, using the 1st safe 57 as a safe for storing banknotes other than 1,000 yen bills or the said banknote types, and also using the 2nd safe 58 rather than a 10,000 yen bill bank or said banknote types It can also be used as a safe for storing bills.

Furthermore, especially the deposit and withdrawal apparatus 1a,... In the case of holidays, etc., the banks for the withdrawal or replenishment are stored in the banknote storing part 62 and the loading cabinet 3 of the 3rd safe box 61, such as the safe box 61 and the loading rack (3). ) Can also be used as a cash drawer.

As shown in FIG. 19, the loading cabinet 3 has a structure in which the lid 82 is opened and closed about one side of the rectangular body with respect to the main body 81 of the safe having a rectangular shape.

An autolock 84 for controlling the opening and closing of the lid 82 is provided at the center of the bottom surface of the main body 81, and the hole 86 fitting with the lock plate 85 at the center of the autolock 84 is provided. Is installed.

Moreover, the detector 88 which detects the extraction or insertion in the entry / exit unit 35 of the loading cabinet 3 by the magnetic force of the magnet 87 of the cover 82 is provided in the main body 81 side surface.

At the center lower end of the cover 82, a lock plate 85 is provided, which has a lock mechanism 89 for controlling the opening and closing of the cover 82, and is fitted into the hole 86 of the lock mechanism 89.

When the lock plate 85 is unlockable, the lock plate 85 is rotated by an external key 90 so that the cover 82 is closed.

Moreover, the display part 91 is provided in the main body 81 side surface.

As shown in FIG. 20, the control circuit of the loading stack 3 includes a control unit 92 for controlling the whole loading stack 3, and the number of sheets for each banknote type of the loading stack 3 and supplementary instructions as shown in FIG. A data memory 93 for storing data, opening / closing records of a storage cabinet, time, etc., the entry and exit device 1a,. (B) an interface 94 used when connected to the bill processor 2, a ROM 95 in which a control program is stored, a bill conveyance mechanism 96 for storing or withdrawing bills, the display section 91, and a detector ( 88).

The data memory 93 is constituted by a RAM backed up by an EEPROM or a battery (not shown).

In order to clarify the management, the cover 82 of the loader 3 is provided with a detector (not shown) for opening / closing detection. When the cover is opened by a human hand, the data memory 93 of the loader 3 is installed. The cash data stored in the above) is cleared and the data is not set until the cash calculation inquiry is executed by the banknote sorter 2.

As shown in FIG. 22, the banknote sorter 2 is constituted by the counting unit 101 and the storage unit 102 which replenishes the banknote P in the loading cabinet 3.

The counting unit 101 is provided with an ID card insertion hole 103 into which an ID card storing an operator number or the like is inserted in the front of the unit.

In addition, the counting unit 101 is provided with a hopper 104 which puts a banknote P for replenishing the loading bank 3 under the ID card insertion hole 103.

In the center of the unit behind the hopper 104, an auditing unit 105 for discriminating the banknote type of the banknote P withdrawn sequentially from the hopper 104 is provided.

The reject banknote accumulating part 106 which accumulate a reject ticket is provided in the upper part of the unit of this audit | inspection part 105. As shown in FIG.

Adjacent to the reject banknote accumulator 106 is a damaged banknote accumulator 107 for accumulating damaged banknotes.

Accordingly, the bill P determined as the reject right by the auditing unit 105 is conveyed to the reject bill collecting unit 106, and the bill P determined as the damaged banknote by the auditing unit 105 accumulates the damage banknotes. It is conveyed to the part 107.

Moreover, the banknote P determined as normal banknote by the audit | inspection part 105 is conveyed to the loading bank 3 previously mounted by the conveyance path R10.

In addition, the control circuit of the banknote organizer 2 includes a control unit 110 that controls the entire banknote organizer 2 as shown in FIG. 20, and a storing state of the loaded bank 3 loaded as shown in FIG. And a data memory 111 in which the storage state of the banknote sorter 2 is stored, the interface 112 used when the storage device 3 is connected, the ROM 113 in which the control program is stored, and the conveyance. The bill conveyance mechanism 114 which conveys banknote P by the furnace R10 etc., the display part 115, the said audit | inspection part 105, each deposit / withdrawal apparatus 1a,... It is comprised by the transfer control part 118 which prints out the banknote P accommodation state of the paper.

The data memory 111 is constituted by a RAM backed up by an EEPROM or a battery (not shown).

Next, the operation in the above configuration will be described.

First, the replenishment operation of the banknote P to the loading bank 3 by the banknote sorter 2 will be described.

For example, as shown in FIG. 22 now, the loading bank 3 is set in the banknote sorter 2, and the banknote P for replenishing the loading bank 3 is put into the hopper 104. As shown in FIG.

At this time, the control unit 110 of the bill organizer 2 and the control unit 92 in the loading cabinet 3 are connected via the interfaces 112 and 94 and the control unit 110 is connected to the connection request signal from the control unit 92. The connection is made by carrying a connection permission signal.

And when start is instruct | indicated, the banknote P put into the said hopper 104 is withdrawn one by one, and is conveyed to the audit | inspection part 105. FIG.

The bill P is determined by the auditing unit 105, and the bill P determined as the normal banknote is stored in the loading bank 3 through the conveying path R10.

At this time, the control unit 110 of the bill organizer 2 judges the number of bills P stored in the storage 3 according to the determination result of the audit unit 105, and simultaneously stores the number of bills in the data memory 111. It outputs to the control part 92 in the loading cabinet 3 via the interface 112 and 94.

As a result, the control unit 92 stores in the data memory 93 the types of bills and the number of sheets of the bills P in the bank 3.

When the bank 3 is removed from the bill organizer 2, the controller 110 transfers the storage bank type and the number of bills to the bank 3 stored in the data memory 111. The control unit 118, LAN ( 4) and the main control unit 220 of the transaction control device 9 via the LAN interface 213.

The main control unit 220 stores the type and the number of bills stored in the loading bank 3 supplied from the bill organizer 2 in the entrance / division table 209b of the data storage unit 209.

Next, the refilling operation of the banknote P to the deposit and withdrawal apparatus 1a by the loading cabinet 3 will be described.

In other words, as shown in Fig. 10, the bank 3 containing the predetermined number of bills P is stored in the deposit and withdrawal apparatus 1a by the bill organizer 2 as described above.

At this time, the main control part 31 of the deposit and withdrawal device 1a and the control unit 92 in the loading cabinet 3 are connected via the interfaces 44 and 94, and the main control part 31 is connected to the request signal from the control unit 92. It is connected by carrying a connection permission signal.

As a result, the control unit 92 outputs to the main control unit 31 the type and number of storing banknotes stored in the storage cabinet 3 stored in the data memory 93.

Then, the main control unit 31 stores the storage banknote type and the number of the loaded banks 3 in the RAM 39, and at the same time uses the storage bank type and the number of banknotes of the loaded bank 3 as the transmission control unit 41, It transmits to the main control part 220 of the transaction control apparatus 9 via the LAN 4 and the LAN interface 213.

The main control unit 220 stores the types and the number of bills stored in the storage rack 3 supplied from the cashier 1a, and the storage rack 3 stored in the entry / departure table 209b of the data storage unit 209. If there is a mismatch between the types of storage banknotes and the number of sheets, and if they do not match, the display unit 201 is notified of the cash storage abnormality of the storage rack 3, and a signal indicating the storage abnormality of the storage bank 3 is transmitted. 213, the LAN 4, and the transmission control section 41, to the main control section 31 of the deposit and withdrawal apparatus 1a.

The main control section 31 is subjected to error processing in accordance with a signal indicating an abnormality in storing of the loading cabinet 3 supplied from the transaction control apparatus 9.

In addition, when the storage bill type and the number of bills of the storage cabinet 3 match the contents stored in the entrance and exit table 209b, the main control unit 220 is stored in the storage cabinet 3 supplied from the cashier 1a. By the banknote type and the number of sheets, the storage contents corresponding to the loading height of the deposit and withdrawal device 1a in the remaining amount table 209a of the data storage unit 209 are updated.

The main control unit 220 also transmits a signal indicating the normal loading of the loading cabinet 3 to the main control unit 31 of the deposit and withdrawal device 1a through the LAN interface 213, the LAN 4, and the transmission control unit 41. do.

Then, the main controller 31 reads the number of bills stored in the RAM 39, corresponding to the storage bill type of the payload 3, from the RAM 39 in accordance with a signal indicating the normal loading of the payload 3, Compare.

As a result of the comparison, when the cash balance is insufficient, it is determined to load the shortage amount, and the loading instruction for the shortage amount is output to the controller 92.

Thereby, the banknote P stored in the loading container 3 is loaded into the 1st or 2nd safes 57 and 58, and the loading process as mentioned above is performed.

When the shortage amount is replenished by this loading process, the main control part 31 outputs loading completion to the control part 92. FIG.

As a result, the control unit 92 updates the storage bank type and the number of sheets stored in the storage cabinet 3 stored in the data memory 93 in accordance with the contents of the loading.

In addition, the main control unit 31 accompanies the completion of the loading, and transfers the machine number, the cash balance of each safe and the number of bills according to the bill types through the transfer control unit 41, the LAN 4, and the LAN interface 213. ) To the main control unit 220.

The main control unit 220 stores the types of storage banknotes of each safe supplied from the deposit and withdrawal device 1a and the stored contents corresponding to the deposit and withdrawal device 1a in the balance longevity table 209a of the data storage unit 209. At the same time, the cash transfer is stored in the entrance and exit table 209b.

Then, when the storage 3 is removed from the deposit and withdrawal device 1a, the main control unit 31 transfers the storage bank type and the number of sheets of the storage 3 stored in the RAM 39 to the transfer control unit 41 and the LAN. (4) and the main control unit 220 of the transaction control device 9 via the LAN interface 213.

The main control unit 220 stores, in the entrance / division table 209b of the data storage unit 209, the type and the number of bills stored in the storage cabinet 3 supplied from the deposit / exit device 1a.

When the storage amount of the deposit and withdrawal device 1a is excessive when the loading and retrieval device 1a is set in the deposit and withdrawal device 1a, the precision audit of the excess amount is judged and the first or second safe 57 is determined. The precision audit process of taking out the excess banknote P stored in the 58 in order, and conveying it to the loading bank 3 is performed.

When the excess amount of money is precisely audited by this precision audit process, the main controller 31 outputs the end of the precision audit to the control unit 92.

As a result, the control unit 92 updates the storage bank type and the number of sheets stored in the storage cabinet 3 stored in the data memory 93 in accordance with the above-described details.

In addition, the main control unit 31 accompanies the completion of the precise audit, and transmits the transaction number through the transmission control unit 41, the LAN 4, and the LAN interface 213 through the transmission number 41, the cash balance of each safe, and the number of bills according to the bill types. The main controller 220 of FIG.

The main control unit 220 stores the types of storage banknotes of each safe supplied from the deposit and withdrawal device 1a and the stored contents corresponding to the deposit and withdrawal device 1a in the balance longevity table 209a of the data storage unit 209. At the same time, the cash transfer is stored in the entrance and exit table 209b.

Then, when the storage 3 is removed from the deposit and withdrawal device 1a, the main control unit 31 transfers the storage bank type and the number of sheets of the storage 3 stored in the RAM 39 to the transfer control unit 41 and the LAN. (4) and the main control unit 220 of the transaction control device 9 via the LAN interface 213.

The main control unit 220 stores, in the entrance / division table 209b of the data storage unit 209, the type and the number of bills stored in the storage cabinet 3 supplied from the deposit / exit device 1a.

Further, another deposit and withdrawal apparatus 1b by the loading cabinet 3,... The loading operation and the precision audit operation in the same manner are carried out as above.

Then, when the loading bank 3 is set in the bill processor 2 and the control unit 110 of the banknote organizer 2 and the control unit 92 in the loading bank 3 are connected, the data storage 93 is controlled by the control unit 92. The storage bank type and the number of storing banknotes stored in the storage cabinet 3 are read and output to the control unit 110.

Accordingly, the control unit 110 stores the storage banknote type and the number of sheets of the storage cabinet 3 in the data memory 111, and at the same time the inquiry type and the number of storage banknotes of the cabinet cabinet 3 are referred to as the transmission control unit 118, It transmits to the main control part 220 of the transaction control apparatus 9 via LAN 4 and LAN interface 213. FIG.

The main control unit 220 is stored in the storage bank 3 stored in the storage bank type and the number of sheets of the storage bank 3 supplied from the bill organizer 2 and the entrance and exit table 209b of the data ginger unit 209. The bill type and the number of sheets are compared or not, and if there is a mismatch, the display unit 201 is notified of the cash storage abnormality of the loading bank 3 and a signal indicating the storage abnormality of the loading bank 3 is transmitted to the LAN interface 213. ), Through the LAN 4 and the transmission control unit 118, to the control unit 110 of the bill processor 2.

The control unit 110 is subjected to error processing in accordance with a signal indicating a storage abnormality of the loading cabinet 3 supplied from the transaction control device 9.

In addition, when the storage bill type and the number of bills of the storage stack 3 match the contents stored in the entrance / division table 209b, the main control unit 220 stores the storage stack 3 supplied from the bill processor 2. In the balance sheet table 209a of the data storage unit 209, the storage contents corresponding to the banknote stack 3 of the bill organizer 2 are updated.

In addition, the main controller 220 transmits a signal indicating the normal loading of the loading cabinet 3 to the control unit 110 of the bill processor 2 through the LAN interface 213, the LAN 4, and the transmission control unit 118. .

Then, the control unit 110 reads the number of storages of the banknote type corresponding to the storing banknote type of the loading cabinet 3 from the data memory 111 according to a signal indicating the normal loading of the loading cabinet 3 and displays the display unit 115. To display.

The deposit and withdrawal apparatus 1a,... Another banking device 1a,… by using the banknote P loaded in the stacker 3 due to the excess amount; May be replenished.

As described above, when the cash transfer between the devices is performed using the loader, the contents of the cash that the loader transfers when the loader is removed from the machine are stored in the storage unit of the loader and transmitted to the transaction control device. When the loader is loaded on another device, the contents of the cash read in the storage unit of the loader are transmitted to the transaction control device, and the cash storage contents of the loader are removed from the transaction controller and at the time of loading. In the case of a match, the cash receipt status of the loaded device is updated according to the cash receipt status of the loaded storage.

As a result, the system allows cash to be moved between various devices, so that the cash can be moved accurately without recounting each device that is accompanied by the movement of cash, thereby preventing the occurrence of misses due to human hand. Keep track of your balance.

In addition, although the transaction control apparatus is used as the cash management apparatus for managing each automatic transaction apparatus or the like in the above-described embodiment, it may be managed by the cashier or by matching data between devices without using the management apparatus.

In addition, as shown in FIG. 24, the balance status of each device and the loading cabinet (cassette) can be displayed on the display section of the cash management device.

As a result, financial management of the financial institutions can be carried out within the store, and the instructions for refilling the loaded loader from the loaded loader to the loaded device, exchanging the loader, or recovering excessive cash are compared with preset criteria. Can give

In addition, since the cash management device is given data of the loading time not set in each device, it can be displayed as shown in FIG. 25 and can be included in the management range. .

Claims (1)

A second device having a plurality of first devices for processing cash, a storage device capable of being loaded into the first device and storing cash at the same time while receiving the cash between the loaded devices; Management means for storing and managing a cash storage state of a first device, and first transmission means for transmitting the cash storage states of the first device and the second device to the management means when the second device is separated from the first device; Second transmission means for transmitting, to said management means, a cash receipt state of said second device stored in a storage means of said second device when said second device is loaded in said first device; Verifying whether or not the state of receipt of cash in the second device is correct according to the content transmitted by the second transmitting means, and if so, in accordance with the state of cash receipt in the second device. And an updating means for updating the cash storage state managed and stored by the management means for the first device with the second device loaded therein.