JPS60105088A - Relux type automatic cash transactor - 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 recycle-type banknote handling device, and particularly to a device that handles deposits and withdrawals, such as an automatic teller machine in banking, for handling deposited banknotes within the device. The present invention relates to a device that automatically recycles banknotes for withdrawal.

[The Mouse of Invention]

Conventionally, automatic teller machines that recycle deposited banknotes for hanging within the device store a recycling box for recirculating banknotes, a banknote cassette for loading and collecting banknotes, and a banknote cassette for dispensing banknotes. Because each denomination storage box was provided individually, the banknote conveyance path was lengthened and the transport time was longer, and banknote jams were more likely to occur. This made the process complicated and caused a decrease in reliability.

[Purpose of the invention]

The purpose of the present invention is to solve the above-mentioned problems, and to provide a cash recycling automatic teller machine capable of loading and collecting banknotes into the device, and dispensing deposited banknotes and disbursed banknotes using a single banknote cassette. Our mission is to provide the following.

[Summary of the invention]

In order to achieve the above object, the recycle cash automatic teller machine of the present invention, when withdrawing money, withdraws banknotes of multiple denominations specified for withdrawal in the order in which they are verified by the above-mentioned discrimination means, or withdraws banknotes of each denomination for each denomination. A means is provided for specifying whether to withdraw money all at once, and if it is specified to withdraw money in the order of discrimination, the banknotes of the denominations specified for withdrawal are transported to the above-mentioned cash withdrawal department in the order of discrimination, while for each denomination In the case of instructions to withdraw money all at once, as a result of the discrimination using the above-mentioned discrimination means, only the banknotes of the same denomination designated for withdrawal are first transported to the cash withdrawal department, and the banknotes of different denominations are transported to the cash withdrawal department. 1st
After a predetermined number of banknotes of the same denomination have been transported, the same withdrawal operation is performed for the next specified denomination of banknotes. The present invention is characterized in that deposited banknotes are recirculated as withdrawal banknotes by one means.

[Embodiments of the invention]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 shows a block diagram of the banknote conveyance mechanism of the cash dispensing department, showing only the parts related to the present invention.

In the figure, 1 is a cash withdrawal section that exchanges banknotes with customers, 2 is a banknote receiving box, 3 is a banknote separation box that feeds the banknotes from the banknote receiving box one by one onto a conveyance path, and 4 is a banknote authentication unit and a banknote dispensing unit. A banknote discrimination box for determining the type; 5, a banknote cassette for storing banknotes of denominations to be handled; 6, a temporary stacker for banknote cassettes; 7;
Reference numeral 8 indicates a banknote recycle box for recirculating deposited banknotes as bills for withdrawal, 8 is a temporary stacker for the banknote recycle box, and 9 and 10 are transport gates for sorting the banknotes to their destinations.

FIG. 2 shows an example of a logic diagram for embodying the system of the present invention. In the figure, 20 is a transmitter/receiver between the host device and the terminal device, 21 is a sending/receiving buffer, 22 is a reply message decoder, 23 is a timing message creation circuit that is created according to human data, 24 is a human operation unit, and 25 is an output. A withdrawal transaction operation completion detection circuit 26 detects that the input operations necessary for a gold transaction have been completed, a deposit transaction operation atom detection circuit 26 detects that the manual operations necessary for a deposit transaction have been completed, and 27 a customer deposit A deposit cancellation operation detection circuit 28 detects that a cancellation operation has been performed, a deposited bill insertion completion detection circuit 28 detects that the deposited bill has been placed in the receiving box, and 29 indicates that the deposited bill is returned via the receiving box. Deposited banknote counting command circuit for issuing a general transfer instruction to the temporary stacker for boxes and the temporary stacker for banknote cassettes, 30
31 is a deposited banknote insertion completion detection circuit that detects when all deposited banknotes in the receiving box have been counted, and 31 is a circuit that detects when all the deposited banknotes in the receiving box have been counted. 31 is a circuit that detects when all the deposited banknotes in the receiving box have been counted; and 31, when the answer message decoding result indicates that the withdrawal transaction is prohibited, all media of the customer who was busy with the transaction are A medium return command circuit to be returned; 32 is a recycle box temporary stacker storage command circuit that instructs the temporary stacker of the banknote recycle box to store banknotes that can be recirculated among the banknotes in the cauldron; 35 is a temporary stacker storage command circuit for storing banknotes that cannot be recirculated in the temporary stacker of the banknote cassette. A temporary stacker storage command circuit for banknote cassettes that issues instructions; 34 is a banknote discrimination circuit; 35 is a temporary stacker full detection circuit that detects when the banknote return box temporary stacker is full; and 36 is a banknote counting circuit when a deposit transaction is permitted. When the temporary stacker for the return tube and bill cassette is full with bills of a denomination other than the one specified for withdrawal at the time of completion and counting of bills to be dispensed, bill storage command to store the bills in the temporary stacker into the return box and bill cassette. 67 is a bill storage operation photon detection circuit; 68 is a circuit when a deposit cancellation operation is detected, and when a deposit transaction is prohibited by a host device;
A bill return command circuit for returning deposited bills held in the temporary stacker of the M flow box and the bill cassette to the deposit/withdrawal port; 39
Reference numeral 40 indicates a banknote return operation completion detection circuit; 40 indicates a banknote return operation completion detection circuit; and 40, when a withdrawal transaction is permitted by the host device and when counting banknotes to be withdrawn, the temporary stacker becomes full with banknotes of the relevant denomination, and the banknotes in the temporary stacker are transferred to a recycling box and a banknote cassette. A withdrawal counting command circuit 41 starts the withdrawal counting operation when the operation of storing the bills in the bank is completed and there is a further withdrawal instruction. When the discrimination circuit detects the denomination specified for withdrawal, the money is transferred to the deposit/withdrawal port.
1,000 yen note gate designation circuit; 42, a changeover switch circuit for specifying whether to dispense banknotes for each denomination in line or not; 43, 1,000 yen note gate command circuit for gateting only 1,000 yen notes; 44; 45 is a 10,000 yen note gate command circuit that gates only 10,000 yen notes; 45 is a shutter open command circuit for cash withdrawal; 46
47 is a detection circuit for detecting that there is no instruction to count 1,000 yen notes, which detects that the counting of predetermined 1,000 yen notes has been completed; , 48 is a withdrawal counting completion detection circuit that detects that all predetermined withdrawal counting operations have been completed, 49 is a withdrawal detection circuit that detects that the withdrawn banknotes have been withdrawn, and 60 to 79 are A
ND circuits 90 to 99 are (JR circuits, 1oo to 104 are inverter circuits, and 200 to 207 are signal paths.

Next, the means for concretely realizing the present invention are shown in FIGS. 1 and 2.
This will be explained in detail using figures.

A reply message from the host device is received by the transmitting/receiving buffer 21 via the transmitter/receiver 20. The circuit message set in the transmitting/receiving buffer 21 is decoded by the reply message decoder 22, and the output signals 200, 201, 202, and 203 become true values, allowing deposit transactions, prohibiting deposit transactions, and permitting withdrawal transactions, respectively. Be able to recognize withdrawal transaction prohibitions.

First, the case of deposit transaction will be explained.

When deposited banknotes are inserted into the banknote receiving box 2, the completed banknote insertion detection circuit 28 detects the completion of banknote insertion, and the received banknote counting command circuit 29 is activated, and the deposited banknotes inserted into the banknote receiving box 2 in FIG. are transferred to the banknote separation box 3, separated one by one, and fed out onto a conveyance path. When passing through the discrimination box 4, the bill discrimination circuit 64 determines the authenticity and denomination, and if the bill is a 1000 yen note or a 10,000 yen note and can be recycled, the output signal 205 or 206 of the bill discrimination circuit 34 is the true value. Then, the reflux button temporary stacker storage command circuit 32 is activated, and the reflux button is stored in the reflux box temporary stacker 8 by the transfer gate 10. In the case of damaged notes of 10,000 yen and 1,000 yen that cannot be returned, and banknotes of other denominations for which deposit is permitted, the output signal 207 of the banknote discrimination circuit 34 becomes the true value, and the temporary stacker storage command circuit 33 for the banknote cassette is activated and stored in the temporary stacker for banknote cassettes by the conveyance gate 9. In addition, in the case of banknotes that were not considered banknotes,
The banknotes are returned to the banknote receiving box 2 via the transport gates 9 and 10. When the counting operation for all deposited banknotes is completed, the output signal of the deposited banknote counting completion detection circuit 30 becomes the true value.

At this time, if the customer approves the amount deposited, the output signal of the ANI) circuit 61 becomes the true value and the deposit transaction operation is completed; if the customer does not approve, that is, presses the cancel key, the AND The output signal of the circuit 62 becomes the true value, and the banknote return command circuit 68 is activated via the OR circuit 93, and the deposited banknotes held in the recycle box temporary stacker 8 and the banknote cassette temporary stacker 6 are transferred to the banknote receiving box 2. will be returned to. When the deposited amount is approved, all the input operations required for the deposit transaction are completed, and the output signal of the deposit transaction completion detection circuit 26 becomes the true value and passes through the zero-pass circuit 90 to the make-up message creation circuit 23. The made-up message created in step 1 is gated by an AND circuit 60 and set in the transmission/reception buffer 21, thereby transmitting the made-up message to the host device. As a result of decoding the reply message received from the host device, if the transaction is permitted, the output signal 200 of the reply message decoder 22 becomes the true value and becomes 01' (the banknote storage command circuit 66 is activated via the circuit 92). , the deposited banknotes held in the temporary stackers 8 and 6 are stored in the banknote return box 7 and the banknote cassette 5, and the deposit transaction is completed.On the other hand, if the deposit transaction is prohibited by the host device, the reply message decoder 2
2 output signal 201 becomes true (the bill return command circuit 38 is activated via the JFL circuit 93, and the deposited bills temporarily held in the stackers 8 and 6 are returned to the bill receiving box 2.

Next, the case of withdrawal transaction will be explained.

When the input operation required for a withdrawal transaction is completed, the output signal of the withdrawal transaction completion detection circuit 25 becomes the true value, and the output signal of the withdrawal transaction completion detection circuit 25 becomes the true value, and the make-up message created by the make-up message creation circuit 23 is sent to the AND circuit 60 via the OR circuit 90. The message is sent to the higher-level device by gated at and sent to the sending/receiving buffer 21. As a result of decoding the response message received from the host device, if the withdrawal transaction is permitted, the output signal 202 of the response message decoder 22 becomes the true value and the withdrawal transaction is processed via the OR circuit 94 and the Niyama circuit 60. The command circuit 40 is activated, and the banknotes are fed out from the bottom surface of the banknote return box 7 and sent to the banknote receiving box 2 via the banknote discrimination box 4.
transported to.

When the banknotes pass through the banknote discrimination box 4, a preset changeover switch circuit 42 specifies whether the banknotes are to be delivered with the denominations aligned or in the order in which they are discriminated without the denominations being aligned. That is, when the switch is connected to SO-81 in the selector switch circuit 42, the output signal of the circuit becomes the true value and the denominations are aligned and discharged, and when the switch is connected to 80-82, the output signal of the circuit becomes false f+M and the denomination is changed. It is specified to emit without aligning them.

First, we will explain the case of discharging money without matching the denominations.

When discharging without matching the denominations, press the switch to 80-
By connecting to 82, the output signal of the changeover switch circuit 42 becomes false 1, and the AND circuit 68 issues a withdrawal instruction for a 1,000 yen note or a 10,000 yen note via the inno-ku ichiyo circuit 100, and determines the denomination. The condition that the result is 1,000 yen or 1,000,000 yen is gated, the 7,000,000 yen gate designation circuit 41 is activated, and the banknotes are discriminated from the bottom surface of the banknote recycling box 7 until the predetermined number of banknotes is discharged. Box 4, transport case) 10i9, and the coins are transported to the bank J & Nee in the order in which the denominations are identified.

Next, the case where denominations are aligned and released will be explained.

Gold 111”r To release in a row, press the switch 8
By connecting to 0-81, the output signal of the changeover switch circuit 42 becomes true, and the AND circuit 72 issues an instruction to release a 10,000 yen note, and the denomination determination result is 10,000 yen. The ticket gate command circuit 44 is activated to transport only predetermined 10,000 yen bills from the bill recycling box 7 to the bill receiving box 2. At this time, the thousand yen bill is stored in the temporary stacker 8 for the bill return cylinder. When the release of the 10,000 yen note is completed, the AND circuit 70
There is an instruction to release 1,000 yen notes, and as a result of the denomination discrimination, the condition that it is a 1,000 yen note is gated, the 1,000 yen note gate command circuit 43 is activated, and only the specified 1,000 yen notes are sent to the banknote recycling box 7. The banknotes are transported from the banknotes to the banknote receiving box 2. At this time, the ten thousand yen bill is stored in the temporary stacker 8 for the bill return cylinder.

As described above, when the redundant withdrawal counting operation is completed, the output signal of the withdrawal counting completion use circuit 48 becomes the true value, and the OR circuit 97,A
The deposit/withdrawal opening command circuit 45 is activated via the ND circuit 76, and the deposit/withdrawal banknotes in the bill receiving box 2 are discharged from the deposit/withdrawal port 1.

If the discharged bill cannot be extracted, the extraction detection circuit 99
The output signal becomes the true value and the deposit/withdrawal port closes. When the withdrawal counting operation is completed, the banknotes held in the temporary stacker 8 for the banknote return cylinder are 01 (the banknote collection command circuit 36 is activated via the circuit 92, and the banknotes are returned to the banknote return & box 7. be done.

On the other hand, if the result of decoding the response message received from the host device is that the withdrawal transaction is prohibited, the output signal 205 of the response message decoder 22 becomes the true value, the medium return command circuit is activated, and the medium is used for the transaction. All media are returned and the withdrawal transaction is completed.

〔Effect of the invention〕

As explained above, the present invention enables loading banknotes into the device before starting a transaction, collecting banknotes in the device at the end of a transaction,
Since the storage of deposited banknotes and the dispensing of paid banknotes can be performed using only one banknote cassette, the conveyance path is short, and jammed banknotes can be easily removed, improving the reliability of the entire device. can do.

[Brief explanation of drawings]

FIG. 1 is a block diagram of the banknote conveyance mechanism of Ninde Soto, and FIG. 8g2 is a logic diagram for embodying the system of the present invention. 5... Bill cassette 6... Temporary stacker for bill cassette 7... Bill return box 8... Temporary stacker for bill return box 42... Changeover switch circuit agent patent attorney Akio Takahashi Figure 1 Figure 2

Claims (1)

[Scope of Claims] A deposit/withdrawal port for receiving and receiving banknotes, a banknote transport path for transporting deposited banknotes and withdrawal banknotes, a banknote discriminating means provided in the middle of the banknote transport path, and a banknote discriminator provided in the banknote transport path. A banknote dispensing means for dispensing deposited banknotes one by one, a first storage box for storing multiple denominations of banknotes that can be recycled for withdrawal among the deposited banknotes, and a plurality of banknotes that cannot be recycled for withdrawal among the deposited banknotes. and a second storage box for storing banknotes of the above-mentioned first and second denominations. The second storage box is provided with a function for temporarily stacking the banknotes supplied from the banknote conveyance path and a mechanism for stacking the stacked banknotes on top of already paid banknotes inside the storage box on the upper surface thereof, and The first storage box is equipped with a second feeding mechanism on the lower surface that feeds out the banknotes stored inside one by one in the order in which they are stored, and when withdrawing money, the banknotes of multiple denominations designated for withdrawal are passed through the above-mentioned discrimination means. A means is provided for specifying whether to withdraw money in the order of discrimination, or to withdraw money all at once or by denomination. In the case of designation to withdraw money in the order of discrimination, the banknotes of the designated denominations to be withdrawn are conveyed to the above-mentioned deposit/withdrawal port in the order of discrimination, while in the case of designation to withdraw money in the same order for each denomination, the banknotes of the denominations designated for withdrawal are conveyed to the above-mentioned deposit/withdrawal port in the order of discrimination.On the other hand, in the case of designation to withdraw money in the same order for each denomination, the banknotes of the denominations designated for withdrawal are conveyed to the above-mentioned deposit/withdrawal port in the order of discrimination. As a result of the discrimination, first, among the denominations designated for withdrawal, only the banknotes of the same denomination are transported to the deposit/withdrawal slot, and banknotes of different denominations are stored in the first storage box, and a predetermined number of banknotes of the same denomination are transported to the deposit/withdrawal slot. After the conveyance of the banknotes of the denomination is completed, the deposited banknotes are returned as banknotes for withdrawal using only one of the first storage boxes by performing the same withdrawal operation for the banknotes of the next designated denomination in sequence. An automated cash transaction device with a recycle system that is designed to