JPS60122492A - Reflux type automatic cash transacter - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Field of Application of the Invention] The present invention relates to a recycling-type paper handling device, particularly in a device that handles deposits and withdrawals such as automatic teller machines in the business of two-way banks. Pretending to be me.

It will be automatically returned to you as a right circle withdrawal form.

The invention relates to a device that uses

[Background of the invention]

Previously, the deposit paper was automatically returned to the withdrawal paper.

It is then transferred to a recycle-type paper handling device, which then removes the deposited paper from the paper recycle box that stores the deposited and withdrawn paper.

10000 yen note storage box, 1000 yen note storage box, etc.

We will check the status of each denomination storage box at 10:00am, when the withdrawal transaction ends, to replenish the storage box for each denomination.

This was done when it was detected that one of the denomination storage boxes was empty or the amount of denomination deposited paper had fallen below the specified amount. Also, in this case, gold.

A large amount of paper waste 15 was replenished at once until the type storage box was full. Therefore, with conventional equipment, it takes a relatively long time for the paper recycling operation, and especially during times when customers are queuing, it not only reduces processing efficiency but also There were problems such as making customers feel uneasy. 20 [Object of the Invention] The object of the present invention is to solve the problems of the above-mentioned prior art.

Therefore, it is possible to efficiently carry out the paper recycling operation in which the deposited paper waste is returned to the paper waste storage box for each denomination.

The purpose of the present invention is to provide a recycle type automatic cash handling device. 5 [Summary of the Invention] In order to achieve the above object, the recycle type automatic cash handling device of the present invention includes a denomination-specific paper storage box for storing withdrawal paper waste by denomination, and a deposit paper waste storage box. This automatic cash handling device is equipped with a paper recycle box for storing ``paper recyclers'', and is capable of replenishing the denomination-specific storage boxes by feeding out the paper recyclers of 1) one by one in the above-mentioned paper recycler box. The machine is equipped with means for detecting the amount of counting operations for withdrawals and deposits, the start and end of transactions, and means for detecting the remaining amount of paper in the storage box for each denomination and separate sheet.
Then, at the end of the transaction, the denomination is collected from the paper return box according to the output of the paper remaining amount detection means.

The paper replenishment operation to the storage box has started and the replenishment operation is in progress.

21. The replenishment operation is stopped in response to the detection of the start of the counting operation for the next transaction.

[Embodiments of the invention]

Examples of the present invention will be described below based on the drawings.

do.

FIG. 1 shows an example of the configuration of an online 5-line system consisting of a solid device and a terminal device, where 1o is a medium implementation.

11 is a terminal device, and 12 is a solid device and a terminal device.

Indicates the communication path connecting the Also, Figure 2 is in the center.

The answer output from the device to the terminal device.

An example of a message is shown, and 2o is an answer message 2110
indicates the message identification code.

FIGS. 3, 4, and 5 show connections for sending and receiving messages between a solid device and a terminal device.

Figures 3 and 4 are of the present invention.

FIG. 5 corresponds to the prior art. In the figure, 30 is the operation time of the audience 15, 51 is the timing of the makeshift message, 62 is the processing time on the solid equipment side for the makeshift message, and 33 is the response message from the solid device to the makeshift message. , 64
35 is the processing time for dispensing paper counting, 35 is the time for removing the medium/body, 36 is the time period in which paper recycling and replenishment operations are allowed, 67 is the time period in which paper recycling and replenishment operations are prohibited, and 38
69 is the time when one transaction is completed, 40 is the time when the withdrawal paper counting operation starts, 41 is the time when the paper counting operation starts, and 42 is the paper flow rate in the conventional technology. My return/
Indicates the point at which the replenishment operation is completed.

FIG. 6 shows automatic recycle-type cash handling according to the present invention.

It is a block diagram showing the paper transport path of the device, and in the figure,
60 is a deposit/withdrawal section for depositing and withdrawing money between the customer and the bank.

61 is the paper receipt box, 62 is the paper receipt box.

Paper waste that sends out the paper waste one by one to the conveyance path! ” Department,
65 is a temporary stacker for collecting paper, and 64 is a device.

A removably attached paper cassette, 65 is a temporary stacker for recycling paper, and 66 is a paper cassette for withdrawal.

67 is a paper recycling box for storing the deposited paper money to be sent;
8 is a 1,000 yen bill storage box that stores only 1,000 yen bills for payment, 69 is a 1,000 yen bill storage box that stores only 1,000 yen bills for payment, and 70 to 74 are paper transport and destinations. Indicates the gate for sorting. Various sensors are arranged in the paper transport path and in each paper storage section to detect the passage of paper or the presence of paper.

However, it is omitted in the drawing.

First, using Figures 5 to 5, reflux the paper.

・Concurrent processing of replenishment operation with one process of total loss of people.

I will explain. 5 In the traditional time chart for withdrawal transactions.

As shown in FIG. 5, a response is received from the solid device 10.

After receiving the message 33, perform the withdrawal paper counting process 54.

and hand over the transaction to the customer, including withdrawal paper.

At time point 10 when the medium extraction operation 35 is completed, it is determined whether or not the paper waste recycling condition is satisfied.

If the remaining number of paper waste in the 10,000 yen bill storage box 68 or the 1,000 yen bill collector/storage box 69 is less than the specified number, the paper waste is recycled from the bottom of the paper waste return box 66. The discrimination unit 67 determines the denomination, and the game is determined according to the 15 types of gold.)
75. Operate 71 and reap the denomination.

Paper replenishment operations are performed until the storage boxes 6B and 69 are full. Therefore, when the old paper replenishment operation is started, the start of the next customer's transaction will have to wait until the time 42 when the old paper replenishment operation is completed.

On the other hand, in the present invention, in the case of a withdrawal transaction.

As shown in FIG.
The period is from the time 39 when one transaction is completed to the time 40 when the withdrawal paper counting operation for the next transaction starts. At the same time, we will perform paper replenishment operations.

I'm doing it. In case of deposit transaction, it is shown in Figure 4.

As such, the time period 36 during which paper replenishment can be performed is set from the time 39 when one transaction is completed to the time 41 when the next transaction's deposit 10 paper counting operation starts, and the paper replenishment for the next transaction is completed. The paper replenishment operation is performed in parallel with the manual operation time 30 up to this point. Therefore,.

According to the time chart of the present invention, the number of customers is 1.

Customer waiting time can be shortened by prioritizing acceptance, processing transaction processing I' up to a predetermined step, and processing paper replenishment in parallel.

FIG. 7 shows the system in the automatic handling device described above.

This is a diagram showing a logic diagram of the control system, and in the diagram, 100 is a transmitter receiver between the solid device and the terminal device;
01 is a transmitting/receiving buffer, and 102 is a solid device.

An answer message identification decoder for recognizing the message identification code 21 of the answer message from.

The reference numeral 106 is a timing message creation circuit that is created according to human data, and the reference numeral 104 is a manual operation spring 5.

105, the manual operations required for withdrawal transactions have been completed.

A withdrawal transaction completion detection circuit 11M' detects that the deposit paper has been completely deposited into the receiving box 6.

Deposit paper input completion detection circuit, 107 indicates deposit paper return 1
0 is received after the completion of insertion into the receiving box 6 is detected.

A deposit paper counting unit counts deposit papers in a box via a separation unit 622 and a paper discrimination unit 67, and issues a transport command to temporarily store them in a stacker 65 or 63.

The command circuit on the 10th is a take-in command circuit that issues a command to take in the paper handled other than 10,000 yen notes and 1,000 yen notes among the deposited paper into the temporary collection stacker 63, and 109. The retrieval command circuit 110 issues a command for retrieving only the 10,000 yen and 1,000 yen notes that can be used for payment into the temporary stacker 65 for recirculation, and the manual operation necessary for 2 degrees reduction has been completed. Detect that.

This is a circuit for detecting the completion of a deposit transaction operation. Further, 111゛ is a reply message from the solid device in response to the inquiry.

The identification code 21 in the page authorizes the entry.

If it is, it is held in the temporary stacker 655 for reflux and the temporary stacker 66 for recovery.

The deposited paper is sent to the paper return box 66 and the paper return box, respectively.

A deposit paper receiving command circuit is used to issue a command to store the deposit in the set 64, and 112 is a temporary stacker for collection.

The deposit paper held in 63 is transferred to the paper cassette 64I0.
A circuit that generates a paper import command to store the paper in the
113 is held in the temporary stacker 65 for reflux.

In order to store the deposited paper money in the paper waste return box 66.

114 is a circuit that generates a paper fault import command.

When the reflux box is full, the output signal becomes the true value 15 A reflux box full detection circuit, 115 is a reflux box 6
6 and a paper loading completion detection circuit that detects that the paper has been stored in the paper cassette 64; 6116 is a deposit cancellation operation detection circuit that detects and outputs that the customer has performed a deposit cancellation operation; 117 is a solid device; 2.) The identification code 21 in the reply message from 81 is relevant.

or customers indicating the prohibition of deposit transactions.

For refund when a deposit cancellation operation is detected.

A deposit paper return command circuit 118 outputs an operation command for returning the deposit paper held in the temporary stacker 65 and the collection temporary stacker 63 to the paper receipt box 61; held in.

All deposited papers have been transferred to the paper receipt box 61.

A detection circuit detects when the deposit paper has been returned.

It is. 10 If the identification code 21 in the response message from the solid device indicates permission for the withdrawal transaction, a predetermined number of sheets of paper are sent from the denomination separate paper storage box 68 or 69. A withdrawal paper count command circuit 15120 issues a command to take out and convey to the paper receipt box 61, and conveys all predetermined withdrawal paper counts to the paper receipt box 61.

This is a circuit for detecting the completion of withdrawal paper counting. Also, 121 is the paper receipt in the paper receipt box.

Paper removal completion detection circuit that detects that the paper has been removed;
122 is a command circuit for opening the cash withdrawal item, and 126□.

Reference numeral 124 indicates a detection circuit for detecting the completion of a transaction, 124 indicates a detection circuit for detecting the completion of extraction of all media, and 125 indicates a command for feeding out the papers one by one from the paper return box 66 and returning them for withdrawal.

and paper losses due to withdrawal transactions by each denomination.

126 is a 10,000 yen bill full detection circuit;

127 is a thousand yen bill full detection circuit, and 128 is a paper recycling box.

66, a circuit for detecting that there is no paper defect, 129
is paper return/replenishment permission signal generation circuit, 200'~20
8 is an AND circuit, 300-307 is an OR circuit, IC40
0 to 404 are inverter circuits, and 500 to 503 are signals.

Shows the route.

Next, the details of the operation of the apparatus of the present invention will be explained using FIG.

Upon receiving the reply message 20 from the solid device, the IQ message identification code 21 is decoded by the decoder 102, and output signals 500, 501, 502, and 503 are generated.

Either one will be the true value and will be a signal commanding permission for deposit transactions, prohibition of deposit transactions, permission for withdrawal transactions, and prohibition of withdrawal transactions, respectively. First, the case of withdrawal transaction will be explained.

of the customer by the withdrawal transaction completion detection circuit 105.

When the completion of the manual operation is detected, the make-up message is created by the make-up message creation circuit 103.

is set in the transmitting/receiving buffer 1015 via the AND circuit 200, and a makeshift message is sent to the solid device.

and sent. The response message from the real device to the interim message is sent and received in the sending/receiving buffer.

101, and the message identification code is answered.

It is decoded by the message identification decoder 102 and becomes 0. As a result of decoding, if the withdrawal transaction is permitted, the output of the signal line 502 becomes the true value (the withdrawal paper count command circuit 119 is activated. Then, the 1,000 yen bill storage box 69 is fed out, and 15 pieces of paper corresponding to the amount requested by the customer are conveyed to the receiving box 61. - Withdrawal paper count completion detection circuit 1
When the end of paper count/operation is detected by 20, the deposit/withdrawal open/command circuit 122 is activated, and a shutter (not shown) is activated.

operates and the person withdrawal number 60 opens, and the withdrawal paper error 201
15 It becomes possible to dispense. The emitted paper waste is passed on to the customer.

When the paper is removed, the output signal of the paper waste removal completion detection circuit 121 becomes the true value, and the output signal of the AND circuit 205 is output.

The power becomes a false value and the person's withdrawal is closed. .

Further, when all the media used in the withdrawal transaction are extracted -□, the output of the all media extraction completion detection circuit 124 is.

This becomes the true value, and the transaction completion detection circuit 123° thereby recognizes that the withdrawal transaction has been completed. on the other hand,.

If the message identification hood indicates that the withdrawal transaction is prohibited, the signal 503 becomes the true value. In this case, the withdrawal operation of the withdrawal paper will not be performed.

When the extraction of all the media used in the transaction is completed, the output of the detection circuit 124 becomes the true value, and the extraction is completed.

The draw completion detection circuit 123 recognizes the completion point of the draw complete loss σ1.

Understand. 11 Next, the case of total loss σ1 will be explained. When the customer inserts the deposit paper into the paper receipt box 61 and closes the shutter, the deposit paper insertion completion detection circuit 106 detects the completion of paper insertion. As a result, the deposit paper count command circuit 107 is activated, and the paper count command circuit 107 is activated. ')・12.

The deposited papers put into several boxes are transferred to the paper separation section 62.Then, the separation section 62 separates one paper.

Gate 73. Pass through gate 749, separate section 67, and gate 70. Paper waste return box 66.

If the box is full, the output 5 signal of the reflux box full detection circuit 114 is sent to the recovery temporary star via the AND circuit 201.

Activate the command circuit for importing to Tsuka on the 10th and distribute it.

Game) 71.72 stores the paper waste in the temporary stacker for collection.

Have them pay. When the paper recycling box 66 is not full.

It is gated by an AND circuit 202 and a command circuit 109 for commanding the recirculation temporary stacker 10 is activated.

The distribution is done by gate 71, and the paper waste is refluxed by temporary standby force 6.
It is stored in 5. Deposit transaction operation completion detection circuit.

When the completion of the manual operation is detected by 110, the 15-minute message created by the 15-minute message creation circuit 103 is transmitted and received via the AND circuit 200 and sent to the buffer 10.
Set to 1 and sent as an interim message to the solid device. A reply message from the solid device to the makeshift message is received by the sending/receiving buffer 101,
The identification code is decoded by the response message identification decoder 102.

is coded. If the decoding result indicates permission for the deposit transaction, the output of the signal @500 becomes the true value, and the deposit paper import command circuit 111 is activated. paper.

The return box 66 is full, that is, the return box full detection circuit 11
If the output signal of 4 is the true value, it is an AND circuit.

The output of 205 activates the circuit 112 that commands the paper to be taken into the paper cassette, and the paper is held in the temporary stacker for collection.

The deposited paper is stored in the paper cassette. When the paper recycling box 66 is not full, the AND" circuit 204
The output activates the paper take-in command circuit 113 and is temporarily held in the temporary stacker 65 for the reflux cylinder.

The deposit paper that has been received is stored in the paper return box 66. .

In addition, sampling of all media used for the deposit transaction.

When the removal is completed, all media removal completion detection circuit 12415
The output becomes the true value, and the transaction completion detection circuit 123 recognizes the completion of the deposit transaction. On the other hand, if the message identification code instructs the prohibition of the deposit transaction, or if a deposit cancellation operation is detected in the deposit cancellation detection circuit 116: The deposited papers temporarily held in the stacker 63° are delivered to the paper receipt box 61°. When the sending of all the deposit papers from the temporary stacker is completed, the output signal of the return completion detection diagram 5-11 becomes the true value, and the deposit/withdrawal is completed.

The boom command circuit 122 is activated, and the cash withdrawal number 60 is opened.

Once released, the deposit paper can be removed. Ma.

Also, once all media have been removed, all media will be removed.

The output of the sampling completion detection circuit 121 becomes the true value, and the 10-draw completion detection circuit 123 terminates the deposit transaction.

is recognized.

As explained above, one human withdrawal transaction has ended.

When the transaction is completed, the output signal of the transaction completion detection circuit 123 is output.

Becomes the true value. In the present invention, the paper waste 15 recirculation/replenishment permission signal generation circuit 129 is set by this signal, and its output signal becomes the true value. This output signal is.

When the paper waste return box 66 is not empty and either the 10,000 yen bill storage box 68 or the 1,000 yen bill storage box 69 is not full, the output signal of the AND circuit 20B which becomes a direct value is used to gate 20.16 degrees. Then, the paper return/replenishment command circuit 125 is activated.

move. Meanwhile, paper counting for withdrawal transactions has begun.

The timing is the output signal of the withdrawal paper counting command circuit 119.

By becoming the true value, the start time of deposit paper count in deposit transaction will be changed to the deposit paper count layer 5 circuit 107
By the output signal of becomes the true value.

These signals are recognized and passed through the OR circuit 307.

Then, the paper recycling/replenishment permission signal generation circuit 129 is activated.

and stops the paper waste return/replenishment command circuit 126. As a result, during the specific period 10 shown in FIGS. 3 and 4, the paper replenishment operation is performed in parallel with the customer's operations.

〔Effect of the invention〕

As is clear from the above description, according to the present invention.

For example, processing withdrawal transactions and returning the 15 paper deposits deposited in deposit transactions to the paper deposit storage box for each denomination for withdrawal. Since the paper replenishment operation that supplies the paper to the type paper storage box can proceed in parallel, transaction time can be shortened, and the processing of the entire device can be reduced, especially during the busiest trading hours. By improving your abilities.

Wear.

[Brief explanation of drawings]

Figure 1 shows a system consisting of a solid device and a terminal device. An example of an in-system configuration, Fig. 2 shows an example of the format of a reply message, and Figs. 3 and 4 show an example of the format of a reply message. of the payment and deposit of the transaction device according to the invention respectively. Figure 5 is a time chart showing the operation of the conventional device. Time chart of payment operation in 7g6fll”
7 is a block diagram showing the main parts of the cash handling device according to the present invention, and FIG. 7 is a control system in the device according to the present invention. shows the logic diagram of 61...Paper receipt box, 63...Temporary stacker for collection, 64...Paper cassette, 15 65...Temporary stacker for recycling, 66...Paper recycling box, 129...Paper Our return/replenishment permission signal generation circuit 0.

Claims (1)

[Claims] (1) A denomination sheet that stores withdrawal paper by denomination. It is equipped with a storage box and a paper recycling box 5 for storing deposited paper, so that the paper in the paper recycling box can be fed out one by one and replenished in the storage box for each denomination. Withdrawal from automatic cash handling machine. and the start of the counting operation and the end of the transaction. and a means for detecting the remaining amount of 10 papers in each denomination storage box at the end of the transaction. The above points are determined according to the output of the paper remaining amount detection means. The operation of replenishing paper waste from the paper waste return box to the denomination-specific storage box is started, and the next transaction is counted during the replenishment operation. In response to the detection of the start of the operation, the 15 replenishment operations are stopped. An automated cash handling device that is characterized by the following features: