KR940005823B1 - System for cash management - Google Patents

Abstract

No content.

Description

Cash management system

The drawings show an embodiment of the present invention.

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

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

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

4 is a block diagram showing an internal configuration of a deposit and withdrawal device.

FIG. 5 is a diagram showing an example of storage of an entry / exit device RAM (RAM). FIG.

6 is a diagram showing an internal configuration of a deposit and withdrawal unit.

7 and 8 are views for explaining the banknote flow in the deposit operation.

9 is a view for explaining the banknote flow in the withdrawal operation.

10 is a view for explaining the flow of bank notes in the deposit return operation.

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

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

13 is a view for explaining the flow of cash (hereinafter referred to as reject cash) to be rejected.

14 is a view for explaining the flow of bank notes in the close-up investigation operation.

Fig. 15 is an external view of the loader.

Fig. 16 is a diagram showing an example of storing a data memory of a loader.

Figure 17 is a cross-sectional view showing the internal structure of the bill organizer.

Fig. 18 is a diagram showing an example of data memory storage of the bill processor.

* Explanation of symbols for main parts of the drawings

1a, 1b, 1c, 1c: deposit and withdrawal device (automatic withdrawal device)

2: banknote clearing (cash clearing) 3: bank loading

P: Banknotes (cash) 31: Main fisherman

39: RAM 44, 49, 112: interface

70: supervision and inspection department 88: detection department

91, 115: display unit 92, 110: control unit

93, 111: data memory 117: printer

The present invention relates to, for example, a cash management system which is provided with a plurality of devices for managing cash, such as banks and the like, withdrawal and withdrawal of bills, and which can manage bills and their information in each device collectively.

Cash loading and withdrawal (withdrawal) from various kinds of deposit and withdrawal devices used in banks, etc., are now carried out through human hands, and human relations are always involved during the management.

As a result, when the data of cash does not match, considerable effort is required for the pursuit of the cause.

For this reason, Japanese Unexamined Patent Application Publication No. 62-18235 proposes a loading cabinet that can be used in common between devices, so that there is no need to open and close cash.

In addition, the storage has a built-in memory to manage the cash balance in the safe.

Since the repositories only manage their own cash balances, the cash balance management of each device and the general management of them must be done by hand or by installing dedicated information equipment.

Therefore, it is a system consisting of a plurality of automatic trading devices and a bill organizer, which uses a bill storage that loads and withdraws money from an automatic transaction device, and loads and withdraws money from a bill organizer. There was a drawback that it could not be managed.

As described above, a system consisting of a plurality of automatic trading devices and a banknote sorter is used to load and withdraw banknotes from an automatic trading machine and to load and withdraw banknotes from a banknote sorter. By eliminating the drawback of not being able to manage collectively, a system consisting of a plurality of automatic trading devices and a bill organizer can be used to load and withdraw money from an automatic trading device, and to load and withdraw money from a bill organizer. It is an object of the present invention to provide a cash management system capable of managing the cash balance of each device and managing them collectively.

The present invention provides a plurality of automatic transaction apparatuses for depositing and depositing cash, a cash sorter for arranging cash handled by these automatic transaction apparatuses, and can be loaded in each of the automatic transaction apparatuses and cash sorters, and the respective automatic transaction apparatuses and cash sorters are provided. It is composed of a loader that exchanges cash between and and stores the cash receipt status of the automatic transaction apparatus when it is loaded in the automatic transaction apparatus when it is loaded in the automatic transaction apparatus and outputs the cash receipt status of the automatic transaction apparatus when it is loaded in the cash purifier.

The present invention provides a multi-automatic transaction apparatus for making cash withdrawals, a cash purifier for arranging cash handled by these automatic transaction apparatuses, and is rechargeable in each of the automatic transaction apparatus and the cash purifier, When cash is exchanged and loaded on an automatic transaction system, when the cash receipt status of the automatic transaction system is greater than the predetermined amount, the surplus is shifted. When the cash receipt status of the automatic transaction system is less than the predetermined amount, the shortage amount is memorized. It is composed of a loader that outputs the state of receipt of the automatic transaction device that is stored when it is loaded at the cashier.

In the cash management system of the present invention, the cash exchange system is loaded with each automatic trading device and the cash clearer, and the cash exchange state between the trading device and the cash clearer is loaded and the automatic trading device is loaded with the cash loader. It is to output the cash receipt status of the automatic trading device when the loading machine is loaded in the cash clearer.

The cash management system of the present invention is a reloadable loader that can be loaded on each automatic trading device and cash purifier, and exchanges cash between each automatic trading device and the cash purifier and when the reloading load is loaded on the automatic trading device, When the cash receipt status is greater than the predetermined amount, the surplus is moved. When the cash receipt status of the automatic transaction apparatus is less than the predetermined amount, the shortage amount is memorized and the cash receipt status of the automatic transaction apparatus is memorized when loaded into the cash purifier. To output

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

1 and 2 show a cash management system, which is a cashier (1a, 1b, 1c, 1d), bill organizer (2) and automatic trading machine (1a…) It is comprised by the loading bank 3 which can be filled in the banknote sorter 2. As shown in FIG.

The above-described deposit and withdrawal apparatus 1a will be described with reference to FIGS. 3 to 5.

That is, in FIG. 3, the substantially L-shaped operation part 13 is formed in the front surface of the case body 12. As shown in FIG.

The bank insertion slot 14, the card insertion slot 15, and the slip issuance port 16 are provided in the linear operation part 13a of this operation part 13. As shown in FIG.

The horizontal operation part 13b is provided with the entrance / exit 17 as a banknote receiving part which uses an entrance and an exit together, and the entrance / exit 17 is provided with the door 18 which is free to open and close.

In addition, the horizontal control unit 13b is provided with a CRT display unit 19 with a built-in touch sensor to display the operation procedure and other information on the CRT screen by explanation, text, or literature, to induce a user, and to display a password, The operation is performed by suppressing the display portion corresponding to the amount, account number, transaction approval, confirmation or cancellation.

However, in the case body 12, as shown in FIG. 4, the main control part 31 which controls the whole, and the card A inserted in the said card insertion opening 15 are received, and the magnetic strip part on the card A is carried out. The magnetic card lead unit 32 for receiving account information, such as a password and account number, a document processing unit 33 for issuing a document printed with the transaction details from the ticket issuing port 16, and inserting the bankbook insertion window 14 A bankbook print section 34 is provided which reads the magnetic strip of the bankbook B, which has been used, and records transaction details on the bankbook B and a journal paper (not shown).

In addition, while accepting the bill (P) inserted in the cash inlet and outlet 17, the bill (P) of the specified amount is retrieved from the cash inlet and outlet 17, at the same time, the banknotes are loaded in each safe as the loading bank (3) is set. A voice is sent to the customer by a cashier unit 35 having a function of inspecting the banknotes of each vault from the loading cabinet 3, the reception unit 36 constituted by the CRT display unit 19, and a speaker not shown. A voice guidance unit 37 for guiding and an operator operating section 38 having an internal monitor for accounting are 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 so as to exchange data.

In addition, each vault according to the supervisory inspection unit (described later) in the deposit and withdrawal unit 35, the RAM 39 storing the storage state of the loading bin, information of a financial institution necessary for payment transaction, for example, a bank Name, branch name go to… A PROFIC disk 40 as a data file recorded in this order, a transfer control unit 41 and a power supply unit 42 for controlling data transfer between the main control unit 31 and a host computer (center) not shown are provided. .

As shown in FIG. 5, the storage amount of each safe is stored in the RAM 39. As shown in FIG.

Moreover, the said control part 31 is connected to the accountant remote monitor 42 provided externally.

Then, the local operator (37) and the remote monitor (41) instruct local processing (inspection processing for checking the state inside the apparatus) such as inventory detection, safe exchange, and journal replenishment.

The main control unit 31 and the loading and unloading unit 35 are connected via an interface not shown, and the main control unit 31 and the loading unit 3 are connected to each other via the data exchange between the main storage unit 3 and the loading unit 3. The set in the deposit and withdrawal unit 35 is confirmed.

The main control unit 31 also sends the safe deposit state of each device of the apparatus, and the storage state in the loading cabinet 3 is sent to the main control unit 31.

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

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

In the upper part of the upper part (the reception surface direction) in the upper unit 50, the banknote collection and withdrawal device 52 corresponds to the collection roller 53, the floor 54, the banknote storage room 55, etc. It is composed by.

In addition, a fourth safe 3 serving as a loader is mounted on the rear of the upper unit 50 and constitutes a battery waste storage 23.

On the other hand, in the lower unit 51, for example, a first safe 57 as a 10,000 won bank and a second safe 58 as a thousand bank are arranged, and each of the bill compartments 59 and 60 is formed. As a depository for storing cash-incompatible bills, such as 5,000 won tickets, exclusion tickets, and collection tickets, a third safe box 61 is provided and constitutes a bill storing unit 62, an accumulating unit 63, and a collecting box 64. Doing.

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 portion 66 as an accumulation portion for accumulating, for example, 100 bills. The flaps 67 for this purpose are provided, respectively.

The said collective take-out apparatus 65 is comprised from the extraction roller 67a, the elevator 68, the press plate 69, etc., respectively.

In addition, the supervisory inspection unit 36 is provided at the center of the front side up and down in the upper unit 50, and on the right side thereof, a temporary deposit accumulation portion 37 and a deposit temporary accumulation portion 38 are provided.

In the unit 50 and 51, a banknote conveyance path R1-R8 is formed and the bank P can be conveyed to each part, and the gate which uses a rotary solenoid not shown in the branch part as a drive source is shown. 73a-731 are provided.

In addition, a bill container and detectors 74a-74w are placed in each place during the bill conveyance path R, and a bill presence detection unit (residual check sensor) (75a-75d) (457) is provided at each integrated location where the bill P is accumulated. Has an installed configuration.

The banknote pass detectors 74a-74w and the presence / absence detectors 75a-75d, 76 are all well-known structures consisting of a light emitting element and a light receiving element.

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

7 and 8 are diagrams showing the flow of banknotes related to the deposit operation.

That is, when the display portion corresponding to the deposit of the CRT display unit 19 is suppressed by the user, for example, the door 18 of the deposit and withdrawal entrance 7 is opened.

In this state, the user inserts the bill P into the bill storage room 55 in a state of standing and standing in various front and back mixing.

Then, the door 18 is closed and the door 18 is closed, and the floor 54 vibrates up and down to position the banknote P, and then the collecting roller 53 is rotated from the frontmost one. One piece is collected.

Banknotes P collected by this collection roller 53 are conveyed through banknote conveyance path R1, and the collection number of sheets is counted by banknote passing detector 74a.

In addition, the banknote P is led to the supervisory unit, where each kind (paper type), authenticity and front and back of the banknote P are discriminated (differentiated).

And the banknote conveyed through the banknote broadcast path R2 and discriminated as the front surface by the said supervisor | irradiation inspection part 70 is conveyed upward through the 1st distribution gate 73a, and the 2nd and 3rd distribution Through the gates 73a and 73c and also in the fourth distribution gate 73d, the path is changed to be integrated in the deposit temporary accumulation section 38.

The banknote P, which is determined to be inward, has its course changed at the third distribution gate 73c via the first and second distribution gates 73a and 73b, and the fifth distribution gate 73e. The course is changed to and is reversed and accumulated in the deposit date and time accumulation unit 38.

As a result, the banknote P is integrated in the accumulation unit 38 in front of and behind it.

On the other hand, the banknotes (reject banknotes) P, which were determined to be rejected by the supervisory inspection unit 70 (counterfeit bills and supervisory inability to inspect), are assigned to the first, second, third and fourth distribution gates ( 73a) is sent to the withdrawal date and time accumulation section 37 through 73b, 73c, and 73d and is integrated therein.

The rejected bill P accumulated in the withdrawal date and time collecting part 37 is released to the storage room 55 at a time when the bill P in the bill storage room 55 disappears, and opens the door 8 to the user. Is returned.

The bill P accumulated in the deposit temporary collection part 38 is conveyed to the bill storage room 55 at once by the user inputting confirmation in the CRT display part 9, and is again accepted and conveyed.

And the banknote P received was supervised by the supervisor | irradiation 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. FIG.

The ten thousand won determined by each type in the supervisory inspection unit 70 is horizontally conveyed through the eleventh, sixth, and seventh distribution gates 73k, 73f, and 73g, and is also provided by the eighth distribution gate 73h. The course is changed and integrated in the accumulation unit 66a of the full-stock store 57.

The thousand-won winding is changed in the course of the seventh distribution gate 73g and accumulated in the accumulation section 66b of the thousand-won reservoir 58.

The old, thousand and five thousand right and five thousand right-to-reject right of 10,000 won and 1,000 won are changed in the depository 63 through the ninth and tenth allocation gates 73i and 73j by changing the course of the sixth allocation gate 73f. .

As described above, all of the bills P are accumulated in the accumulators 66 of the respective safes 57, 58 and 61, and the bills P in the safes 57 and 58 are pushed by the pressing plate 69. It is pressed downward and is caught by the flapper 67 to be stored underneath so that the depositing operation is completed.

In addition, when the banknote P is accumulated in the deposit and accumulation section 38 and the disapproval is input, the banknote P of the deposit and collection section 38 is returned to the bill storage room 55 and the door 8 is opened. Is returned to the user.

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

9 is a diagram showing the flow of banknotes relating to the withdrawal operation.

That is, if withdrawal is selected first, the withdrawal amount is continuously input.

Thus, in each of the safes 57 and 58, the pressing plate 69 is pressed downward to eliminate the jam of the flapper 67 and to lift the elevator 68 to lift the storage bank P. The preparation operation is made for withdrawal by making contact with 67a.

In this case, the 10,000 won bill is drawn out by rotating the withdrawal roller 67a in the thousand won bill and the thousand won bill in the thousand bill pool 58, respectively.

The drawn out 10,000 won and 1,000 won bills are respectively counted and conveyed in the horizontal direction, guided to the upper unit 50, and returned to the supervisory inspection unit 70.

The banknote P determined as not counterfeit bills in the supervisory inspection unit 70 includes the first distribution gate 73a, the second distribution gate 73b, the third distribution gate 73c and the distribution gate 73d. Through the withdrawal date and time integration unit 37 is integrated.

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 and collecting portion 37 is released to the banknote storage room 55 at once and the door 18 is opened. It is opened and paid to the user.

When the user pulls out the bill P, the door 18 is closed and the withdrawal transaction is terminated.

In addition, the banknote (reject banknote) P determined as not suitable for payment by the supervisory inspection unit 70 is sent to the lower unit 51 through the first distribution gate 73a.

And as shown by the broken line shown through the distribution gates (73k) (73f) (73i) and (73j) of the eleventh, sixth, ninth and tenth to the accumulation portion 63 of the depository 61 Is integrated here.

Next, the flow of banknotes regarding the deposit return operation will be described based on FIG.

In the deposit operation, when the banknote P is accumulated in the deposit temporary accumulation section 38, for example, when a cancellation is input from the CRT display unit 9, the banknote P is released to the banknote storage chamber 55 at once.

The bill P is then returned to the user by opening the door 8.

11 shows the flow of banknotes relating to the collection operation when the bank is forgotten.

In other words, even after a certain time elapses after opening the door 8, if the user does not take out the withdrawal money P, the door 8 is first closed.

The banknote P received and received the bills P one by one is the supervisory inspection unit 70, the first distribution gate 73a, the eleventh distribution gate 73k, the sixth distribution gate 73f, and the ninth distribution bank. The distribution box 73i and the tenth distribution gate 73j are used to recover the collection box 64 in the depository 61.

Next, with reference to FIG. 12, the flow regarding 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.

That is, the banknotes P are withdrawn one by one by the withdrawal roller 67a of the loading rack 3, and are transferred through the 2nd distribution gate 73b, the 3rd distribution gate 73c, and the 5th distribution gate 73e. It is conveyed and delivered to the supervisory inspection unit 70 where the types of bills are discriminated.

The banknote P discriminated by the supervisory inspection 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 thousand won ticket is reversed in the seventh distribution gate 73g and accumulated in the accumulation section 66b of the thousand won storage 58, and the thousand won ticket is conveyed through the seventh distribution gate 73g and the eighth distribution gate. At 73h, the direction is changed and accumulated in the accumulating portion 66 of the thousand won storage 57, and is pressed and stored in each bill storing portion 59 and 60.

Also, the bank note P discriminated to be rejected by the supervisory inspection unit 70 at the time of loading is distributed upward from the first distribution gate 73a, and the second distribution gate 73b and the third distribution gate ( Through 73c), the withdrawal date and time accumulating unit 37 is integrated.

At this time, the banknotes (loaded banknotes) and reject banknotes which are withdrawn from the loading storage 3 and passed through the second distribution gate 73b are between the second distribution gate 73b and the third distribution gate 73c. It overlaps with the conveyance path R4 in.

For this reason, when reject banknotes are generated, withdraw the money instantaneously and pass the reject banknote conveyance path (R4), and then resume the withdrawal or pile the withdrawn banknotes (loaded banknotes) and reject banknotes. The method of conveying in the state and accumulating the charge banknote overlapped with the reject banknote together in the withdrawal temporary accumulation part 37 is shown.

And when there is no banknote P of the loading container 3, the loading operation is complete | finished.

On the other hand, when reject banknotes are generated, as shown in FIG. 13, the reject banknotes are transported from the withdrawal and collecting section 37 to the banknote storage room 55 and received one by one by the collection roller 53, and the supervisory investigation section 70 Banknotes identified by various types after being discriminated from the main body) are guided to the lower unit 51 by the first distribution gate 73a and stored in the safes 57 and 58 for each type.

The rejected banknote is guided upward by the first distribution gate 73a, and the direction is deformed by the second distribution gate 73b and stored in the loading cabinet 3.

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

Next, the flow of a banknote concerning a close inspection operation is demonstrated based on FIG.

That is, the banknote P withdrawn from the 10,000 won storehouse 57 or the thousand storehouse 58 is conveyed from the upper unit 50 and discriminated by the supervisory inspection unit 70 to determine the first distribution gate 73a and the second distribution gate. The direction is changed at 73b and stored in the loading cabinet 3.

When reject banknotes such as indistinguishable from the supervisory inspection unit 70 are generated, they are conveyed downward by the first distribution gate 73a, the eleventh distribution gate 73k, the sixth distribution gate 73f, and the first. Through the distribution gate 73i of the ninth and the tenth distribution gate 73j, it is integrated in the accumulation unit 63 of the depository 61.

Also, the first safe 57 is set to 10,000 won, the second safe 58 is set to 1,000 won, and the bill safe portion 59 of the third safe 61 is deposited, and the fourth safe ( 3) was used as a loading bin, but the first safe 57 is used as a safe for storing banknotes other than the above-mentioned banknote types, or the second safe 58 is used for a full storage. It can also be used as a safe for storing bills other than the above bill types.

In particular, the deposit and withdrawal apparatus 1a... In the case of holiday, etc., banknotes for the withdrawal or replenishment are stored in the banknote storing section 62 and the loading cabinet 3 of the third safe box 61, and the safe box 61 and the loading cabinet 3, respectively. Can also be used as a cash drawer.

As shown in FIG. 15, the loading cabinet 3 is freely opened and closed about the main body 81 of the rectangular shape having a lid 82 on one side of the rectangular body with respect to the pull-out roller shaft 83.

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

Further, a detector 88 is provided on the side of the main body 81 to detect the insertion or withdrawal from the entry / exit unit 35 of the loading cabinet 3 by the magnetic force of the magnet 87 of the lid 82.

A lock plate 85 having a lock mechanism 89 for controlling opening and closing of the lid 82 at the center lower end of the lid 82 is provided with a lock plate 85 for fitting the hole 86 into the lock mechanism 89.

When the lock plate 85 can be unlocked, the lock plate 85 is rotated by an external key 90 and the lid 82 is closed.

Moreover, the display part 91 is provided in the side surface of the main body 81. As shown in FIG.

The control circuit of the loading cabinet 3 includes a control unit 92 for controlling the whole loading cabinet 3 as shown in FIG. 1, and a deposit / withdrawal device 1a mounted as shown in FIG. A data memory 93 for storing the state of bills stored in the banknote, the number of sheets of each bill type and the supplementary instruction data of the banknote bank 3, and the deposit and withdrawal device 1a. And interface 94 used when the bill organizer 2 is connected, a ROM (ROM) 95 in which a control program is stored, a bill transfer mechanism 96 for accepting and taking out bills and the display unit ( 91) and the detector 88 is comprised.

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 lid 82 of the loading cabinet 3 is provided with an open / close detection detector (not shown), and the data memory 93 of the loading cabinet 3 when the lid is opened by a human hand. The cash data stored in the data is cleared and calculated by the bill organizer 2 so as not to set the data until a proper inquiry is made.

As shown in FIG. 17, the banknote arranging machine 2 is constituted by the counting unit 101 and the storage unit 102 that replenishes the banknote P in the loading cabinet 3. The counting unit 101 is provided with an ID card insertion hole 103 into which the 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 kind of banknote P for replenishing the loading bank 3 under the ID card insertion opening 103.

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

The reject banknote accumulating part 106 which accumulates reject banknotes is provided in the upper part of the unit of the supervisor | irradiation irradiation part 105. As shown in FIG.

Adjacent to the reject banknote accumulation section 106, a damaged banknote accumulation section 107 for accumulating damaged banknotes is provided.

Accordingly, the bill P determined as the rejected bill by the sudden inspection unit 105 is conveyed to the reject bill accumulator 106 and the bill P determined as damaged by the supervisory check unit 105 is the damaged bill. It is conveyed to the accumulator 107.

Moreover, the banknote P determined as the banknote which is not damaged by the supervisor | irradiation irradiation part 105 is conveyed to the loading bank 3 previously mounted by the conveyance path R10.

As shown in FIG. 1, the control circuit of the banknote sorter 2 includes a control unit 110 for controlling the entire banknote sorter 2, and each deposit and withdrawal device 1a managed as shown in FIG. Data memory 111 in which the state of bill storage and the storage state of banknote organizer 2, etc. are stored, the interface 112 used when connected to the storage cabinet 3, and the groove 113 in which the control program is stored. ), The banknote conveying mechanism 114 which conveys banknote P by the said conveyance path R10, etc., the display part 115, the said supervisor | irradiation inspection part 105, and each deposit / withdrawal apparatus 1a... It is comprised by the printer 117 which prints out the accommodating state of the banknote P 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 banknote P replenishing operation in the loading bank 3 by the banknote sorter 2 will be described.

For example, as shown in FIG. 17, the banknote stack 3 is set in the bill organizer 2, and the banknote P for replenishing the banknote stack 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 storage unit 3 are connected through the interfaces 112 and 94 so that the control unit 110 receives a connection request signal from the control unit 92. It is connected by carrying a connection permission signal.

And when start is started, the banknote P put into the said hopper 104 is withdrawn one by one, and is conveyed to the supervisory | irradiation part 105.

The bill P, which is determined by the supervisory inspection unit 105 and is determined to be intact, is stored in the loading cabinet 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 supervisory inspection unit 105, and 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 the number of sheets of each kind of bills P in the bank 3 in the data memory 93.

Next, the banknote P replenishment operation | movement to the deposit and withdrawal apparatus 1a by the loading bank 3 is demonstrated.

That is, as shown in Fig. 6, the loading and unloading device 1a in which the predetermined purchase banknote P is stored by the paper purifier 2 is set in the deposit and withdrawal device 1a.

At this time, the main control part 31 of the deposit and withdrawal apparatus 1a and the control part 92 in the loading cabinet 3 are connected through the interfaces 44 and 94, and the main control part 92 sends a connection permission signal to the connection request signal. It is connected by conveying.

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

Then, the main control section 31 reads the corresponding number of stored sheets of each type from the RAM 39 and compares the aptitude cash balances.

As a result of this comparison, when the cash balance is insufficient, it is determined to load the shortage amount and outputs the battery time for the shortage amount to the controller 92.

Thereby, the banknote P accommodated 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 insufficient amount of money is filled by this loading process, the main control unit 31 outputs the loading completion to the control unit 92, and at the same time outputs the gas number, the cash balance of each safe and the number of bills stored for each banknote type.

As a result, the control unit 92 updates the storage banknote type and the number of sheets stored in the storage bin 3 stored in the data memory 93 according to the contents of the loading, and also the system number, the cash balance of each safe and the cash type. The number of stored sheets is stored in the data memory 93.

In addition, when the amount of cash stored in the RAM 39 is compared with the aptitude cash balance by the main controller 31, when the shortage of the cash balance is judged, the banknote P for the shortage amount is not stored in the loading bank 3. If it is judged that it is not, the shortage instruction and the replenishment amount of the banknote P for loading are output to the control unit 92 without performing the loading process.

Accordingly, the control unit 92 stores the shortage instruction and the replenishment amount of the supplied banknote P in the data memory 93 and guides the replenishment instruction on the display unit 91.

Then, the loading container 3 is set in the bill organizer 2, and when the control unit 110 of the cashier 2 and the control unit 92 in the loading machine 3 are connected, the control unit 92 to the control unit 110 are connected. Instructions for shortage of the loaded paper (P) and the supplementary amount are output.

The controller 110 guides the hopper 104 to insert a banknote P of a predetermined amount for replenishment using the display unit 115.

According to this guidance, the banknote P put into the hopper 104 is accommodated in the loading cabinet 3.

As a result, the controller 92 updates the banknote P type and the number of sheets stored in the storage 3 stored in the data memory 93, and guides the set from the display unit 91 to the deposit and withdrawal device 1a.

According to this guidance, the loading cabinet 3 is set in the deposit and withdrawal apparatus 1a.

As a result, the reloading process of the first or second safes 57 and 58 is performed in the loading cabinet 3 to replenish the cash.

When the shortage amount is replenished by this loading process, the main control part 31 outputs the loading completion to the control part 92, and also outputs a body number, the cash balance of each safe | deposit box, and the number of sheets by banknote type.

Accordingly, the control unit 92 updates the type and number of stored bills stored in the storage 3 stored in the data memory 93 in accordance with the contents of the loading, and according to the gas number and the cash balance and bill type of each safe. The number of stored sheets is stored in the data memory 93.

And another deposit and withdrawal device 1d by the loader 3. The loading operation in is also performed in the same manner as above.

If the storage amount of the deposit and withdrawal device 1a is excessive than the aptitude cash balance when the loading and recharging device 3 is set in the deposit and withdrawal device a, the first or second safes are judged by judging the investigation of the excess amount. (57) The detailed inspection process of taking out the excess banknote P stored in (58) one by one, and conveying it to the loading cabinet 3 is performed.

When the excess amount of money is closely examined by this close inspection process, the main controller 31 outputs the end of the close inspection from the control unit 92, and also outputs the body number, the cash balance of each safe box, and the number of sheets stored for each type.

As a result, the control unit 92 updates the type and number of storage banknotes stored in the storage unit 3 stored in the data storage 93 according to the above-mentioned details of the inspection, and also the system number and the cash balance of each safe and cash machine. The number of stored sheets for each type is stored in the data memory 93.

And another deposit and withdrawal apparatus 1b by the loader 3. The detailed irradiation operation in the above is also performed in the same manner as above.

Then, when the storage device 3 is set in the bill organizer 2 and the control unit 110 of the banknote organizer 2 and the control unit 92 in the loading container 3 are connected, the data storage 93 is controlled by the control unit 92. And the type and number of storage banknotes stored in the storage rack 3 stored in the < RTI ID = 0.0 >) < / RTI > The basic number of and the cash balance of each safe and the number of receipts by cash type are read and output to the controller 110.

Accordingly, the controller 110 stores and stores in the data memory 111 the cash balance of each safe and the number of bills per bill type for the supplied deposit and withdrawal device 1a.

And a deposit and withdrawal apparatus 1a. And the other deposit and withdrawal apparatus 1a using the banknote P loaded in the loading cabinet 3 in excess. May be supplemented.

As mentioned above, the cash in the branches such as banks can be replenished without the cashier's hands touching the cash directly, and at the same time, the cash balances of the deposit and withdrawal devices and the cash registers can be counted by the bill organizer and the cash management within the branches. The system can be easily built.

In other words, it is possible to manage the cash balance in each device in the safe deposit box, and at the same time have the role of the interface of the information system, the information can be terminated in the bill organizer just by charging the safe in each device.

As described above, according to the present invention, in a system consisting of a plurality of automatic trading devices and a bill organizer, the cash balances of the respective devices using the bills loading and withdrawal in the automatic trading device and the general management of them A cash management system can be provided.

Claims (2)

A plurality of automatic transaction apparatuses 1a-1d for making cash withdrawals, a cash purifier 2 for arranging the cash handled by these automatic transaction apparatuses, each of the automatic transaction apparatuses and the cash purifier can be loaded, When cash is exchanged between the trading device and the cashier, it is stored in the automatic trading device, and the cash receipt status of the automatic trading device is stored when the cashier is loaded. Cash management system characterized in that it is provided with a cash register (3). A plurality of automatic transaction apparatuses 1a-1d for depositing and withdrawing cash, a cash purifier 2 for arranging cash handled by these automatic transaction apparatuses, and each of the automatic transaction apparatuses and the cash purifier, which can be loaded and When cash is exchanged between the trading device and the cash purifier and loaded on the automatic trading device, when the cash receiving status of the automatic trading device is greater than the predetermined amount, the surplus is moved, and the cash receiving status of the automatic trading device is less than the predetermined amount. And a cash register (3) for storing the cash amount of the automatic transaction device which is stored when the cash is stored in the cash purifier.