JPS59202591A - Reflux type paper money handler - 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 banknote handling device, and more specifically to a counter device in banking business, or a device for handling deposits and withdrawals such as an automatic deposit or payment device. The present invention relates to a device in which deposited banknotes are automatically recycled as withdrawal banknotes within the device.

[Background of the invention]

Recycle-type banknote handling devices can automatically recycle incoming banknotes for withdrawal within the device, which reduces the amount of banknotes prepared in each device for withdrawal at the start of business, and allows for more efficient use of funds. It has the advantage of being operational.

In conventional devices of this kind, bills are supplied to each denomination storage box for withdrawal at the start of business and at the end of a withdrawal transaction, when the denomination storage box is empty or there is little remaining. This is when something is detected.

The problem here is what to do when it is detected that the storage box for each denomination is empty or has a small amount remaining.

In other words, in conventional devices, when it is detected that the denomination-specific storage box is empty or has a low amount remaining, the storage box (recycle A large amount of banknotes were supplied at once from the denomination box until the storage box for each denomination was full.

For this reason, there is a problem in that the equipment is in a dormant state until the storage box for each denomination is empty or has a small amount remaining until it becomes full, causing inconvenience to the customer. Since it takes a considerable amount of time to fill up the container, this becomes a particularly serious problem during busy trading times.

[Purpose of the invention]

The present invention has been made in view of the above-mentioned circumstances, and its purpose is to solve the above-mentioned problems in conventional recycling-type banknote handling devices, and to enable banknote feeding processing to be carried out without having to suspend the device. It is an object of the present invention to provide a recycling-type banknote handling device that is executable and shortens transaction time.

[Summary of the invention]

The key point of the present invention is that a recycling-type bill handling device that feeds out bills that can be recycled for withdrawal as withdrawal bills from among received deposited bills, stores bills to be withdrawn every time a bill is withdrawn. The banknote storage status of the first banknote storage means is checked, and the banknote storage unit that is not full is recycled from the second banknote storage unit that stores banknotes of multiple denominations that can be recycled for withdrawal among the deposited banknotes. A process for supplying banknotes that can be made;
The present invention is configured such that suspension processing for transactions in which media such as cards and slips are released is performed independently and in parallel.

[Embodiments of the invention]

Embodiments of the present invention will be described below based on the drawings. First, the drawings used will be explained.

FIG. 1 shows an example of the configuration of an online system consisting of a solid device and a terminal device. In the figure, 201 is a solid device, 202 is a terminal device, and 203 is a solid device 20.
1 and a terminal device 202 are shown.

FIG. 2 shows an example in which message identification is specified as a part of the reply message output from the solid device 201 to the terminal device 202.

Reference numeral 204 indicates a reply message, and 205 indicates a message identification. The message identification 205 is composed of, for example, 2 bits, where "oo" indicates that withdrawal transactions are permitted, '01°' indicates that withdrawals σ [prohibited], and "10" indicates that deposit transactions are permitted.

011'' corresponds to prohibition of deposit transactions.

FIG. 3 is a block diagram of the banknote conveyance mechanism of the cash withdrawal section, showing only the elements related to the present invention on the terminal device side. In the figure, l
2 is a banknote receiving box, δ is a banknote separation box that sends the received banknotes one by one to a conveyance path, 12 is an authenticity discriminator for appraising banknotes, 2
5 is a bulk storage box that stores banknotes of all denominations handled, 26E
26F is a 1000 yen bill storage box that stores only 1000 yen bills, and 26F is a 10000 yen bill storage box that stores only 10000 yen bills. Further, 27 is a recycling box that temporarily stores banknotes in order to recycle the deposited banknotes for withdrawal, 27A is a temporary stacker that temporarily holds deposited and withdrawn banknotes, 28 is a denomination discriminator that discriminates only the denomination, 01 ~G4 indicates a gate for sorting the destinations of banknotes.

FIG. 4 shows an example of a logic diagram on the terminal device side for embodying the present invention. In the figure, 100 is a transmitter/receiver between the solid device and the terminal device, 101 is a transmitting/receiving buffer, 102 is an input operation panel, and 103 is a makeshift message generator that creates a makeshift message according to data input through the input operation panel 103. circuit, 10
1+ is a detection circuit for detecting when all banknotes have been inserted into the receipt box. 105 is the above-mentioned deposit unit, after the banknote insertion completion detection circuit 104 recognizes that the banknotes have been completed in the receiving box, the admission paper Ih) in the receiving box is checked by the counterfeit detector 12 to red and white the banknotes. The total banknote counting command circuit 106 counts the amount of money and issues a conveyance instruction to the temporary stacker 27A. O7 is a deposit transaction completion detection circuit that detects when all the deposited banknotes have been completed. C18 is a withdrawal operation completion detection circuit that detects when the input operation force 3 is completed, which is necessary for withdrawal transactions.

In addition, 109 recognizes that the input operation has been completed by the above-mentioned withdrawal operation completion detection and 106, and then withdraws the specified number of coins from the 1,000 yen spring storage box 26E and the 10,000 yen bill storage box 26F according to the specifications of the 4 card data. minutes of banknotes.

This is a withdrawal banknote command circuit that issues instructions for transporting banknotes to the banknote receiving box 2 via the drawer and authenticity discriminator 12. 11
0 is a dispensing bill counting command circuit 109. A dispensing bill counting completion detection circuit detects that the bill counting operation started by the 0 command has ended for the number of bills specified by the input data, and 111 is a dispensing bill counting completion detection circuit. Response message 20 from the actual device
．． This is a reply message identification decoder for recognizing the message identification 204 of No. 3.

112 is a bill removal detection circuit whose output signal becomes the true value when a bill is removed from the bill receiving box 2; 113 is a bill removal detection circuit when the bill passes through the authenticity discriminator 12 and the denomination discriminator 28;
The four banknote prefecture circuits 114 that appraise the denomination of the banknotes are a receiving box banknote-free detection circuit whose output signal becomes the true value when the banknotes in the banknote receiving box 2 run out of the umbrella. Further, 115 is a 1,000 yen bill storage box full detection circuit whose output signal becomes the true value when the 1,000 yen bill storage box is full, and 116 is the output signal when the 10,000 yen bill storage box is full. is the true value of the million yen bill storage box full detection circuit, 117 is the recycling box 27
118 is a cycle box full detection circuit whose output signal becomes a true value when the recycling box 27 becomes full. It is a circuit. l
l Q +-! This is a temporary stacker banknote-free detection circuit whose output signal becomes a true value when all the contents in the temporary stacker 2 A are empty. 120 is a deposit/withdrawal opening which opens the deposit/withdrawal port when it recognizes a withdrawal permission instruction from the device during a withdrawal transaction, or when it recognizes a deposit transaction prohibition instruction from the solid device during a deposit transaction. During a withdrawal transaction, a command circuit 121 sends the reduced amount of banknotes from the withdrawal number from the recycling box 27 to the 1,000-yen note storage box 26E and the 10,000-yen note storage box 26F.

During a deposit transaction, if both the 1,000 yen note storage box and the 10,000 yen note storage box are not full, the recycling box 2
This is a banknote supply command circuit that supplies the deposited banknotes stored in 7 to the 1,000-yen note storage box and the 10,000-yen note storage box that are not full. 122 is a 1,000 yen bill loading operation which is carried into the 1,000 yen bill storage box 26B by G3 when the bill passes through the denomination discriminator 28 according to the command from the bill supply command circuit 121. The command circuit 123 is a gate G as well.

4, a ten thousand yen bill taking in command circuit that takes in the ten thousand yen bill into the ten thousand yen bill storage box 26F, and 124, which corresponds to the denomination when the bill passes through the denomination discriminator 28 according to the command of the bill supply command circuit 121. When the storage box is full, the temporary stacker import command circuit controls Gl to import the data into the temporary stacker 27A.

In addition, 125 indicates that during a withdrawal transaction, the banknote storage boxes for each denomination are full when the banknote storage box for each denomination is full. Banknotes collected into the temporary stacker 27A during a deposit transaction, banknotes collected from the banknote receiving box 2 into the temporary stacker 27A, banknotes collected into the temporary stacker 27A from the banknote receiving box 2, and banknotes collected into the temporary stacker 27A during a deposit transaction. When a deposit permission instruction is received by a response message from the actual device, the banknote storage boxes 26E and 26F for each denomination are filled with the deposited banknotes temporarily held in the stacker 27A, or in the banknote supply operation after the completion of the deposit transaction. Temporary stacker 2
A pasteboard for storing banknotes collected in 7A in the recycling box 27.

This is the barrel box import command circuit. 126 is a withdrawal paper for collecting the withdrawal banknotes held in the banknote receiving box 2 into the temporary stacker 27A when a withdrawal instruction is received by a response message from the solid device during a withdrawal transaction; The banknote collection command circuit 127 sends the recycle box 27 when receiving a deposit permission response message from the solid device in a deposit transaction.
128 is a bulk storage box collection command circuit for storing the deposited banknotes held in the temporary stacker 27A in the bulk storage box 25 when it is full, and 128 is a response message for deposit prohibition from the solid device during a deposit transaction. This is a deposited banknote return command circuit for conveying the deposited banknotes to the receiving box 2 in order to return the deposited banknotes temporarily held in the stacker to the customer at the time of reception. In addition, 140 to 164 are AND circuits, 170 to 1
77 is an OR circuit, 180 to 190 are inverter circuits, and 301 to 304 are signal paths.

The operation of this embodiment configured as described above will be explained below.

First, the conveyance route of deposited and withdrawn banknotes will be explained using FIG. In a withdrawal transaction, a specified number of banknotes of a specified denomination is sent from the 1,000-yen note storage box 26E1 or the 10,000-yen note storage box 26F via the authenticity determination path 12, G)Gl and G)G2. After the conveyance is completed, the recycling box 27 supplies the same number of banknotes to the 1,000-yen bill storage box 26E and the 10,000-yen banknote storage box 26F, respectively, as the number of banknotes that were withdrawn. do. From solid equipment,
If a reply message is received that permits the withdrawal transaction, the deposit/withdrawal port 1 is opened and the withdrawn banknotes in the bill receiving box 2 are discharged. When a response message prohibiting the withdrawal transaction is received, the banknotes in the banknote receiving box 2 are conveyed to the temporary stacker 27A via the banknote separation box 3, the authenticity discriminator 12 and the Gl, and the banknotes are When all the banknotes in the receiving box 2 have been transported to the temporary stacker 27A, the banknotes in the temporary stacker A are stored in the recycling box 27,
The amount of banknotes taken out by withdrawal is recycled into the recycling box 27.
The denominations are collected via the denomination discriminator 28 into storage boxes 26E and 26F for each denomination.

In a deposit transaction, deposited banknotes are received in the banknote receiving box 2, and conveyed to the temporary stacker 27A via the banknote separation box 3, the authenticity discriminator 12, and the gate G1. If the deposit transaction is permitted upon receiving a response from the solid device, if the recycling box 27 is full, the deposited banknotes in the temporary stacker 27A are stored in the bulk storage box 25. If the recycle box 27 is not full, the bill is stored in the recycle box 27, and the recycle box 27 supplies banknotes to each denomination storage box 26E, 26F that is not full. In addition, if the deposit transaction is prohibited, deposit banknotes in the temporary stacker 27A,
Denomination discriminator 28. Gates G3, G4. Authenticity discriminator 12.
The deposited banknotes are transported to the receiving box 2 via the gates Gl and G2, and the deposit/withdrawal port 1 is opened to return the deposited banknotes.

Next, details of the operation will be explained using Figure @2, Figure 3, and Figure 4 of the whistle.

Reply message 2 from solid device 201 in FIG.
The message identification 205 of 04 is decoded by the reply message identification decoder 111 in the terminal @ 202,
Output signals 301, 302. - When 303 or 304 becomes the true value, it is possible to recognize whether withdrawal transactions are permitted, withdrawal transactions are prohibited, deposit transactions are permitted, or deposit transactions are prohibited, respectively.0 First, the case of withdrawal transactions will be explained.

When the terminal device 202 detects the completion of the input operation by the withdrawal transaction completion detection circuit 108, the terminal device 202 outputs the make-up message created by the make-up message creation circuit 103 to the AND circuit 1.
40 and set it in the transmitting/receiving buffer 101, thereby transmitting the makeshift message to the solid device. At the same time, the dispensing unit and the banknote number command circuit 109 control each denomination storage box 26E and 2 according to the input data.
The banknotes are taken out from the 6F and conveyed to the banknote receiving box 2.

When the banknote counting end detection circuit 110 detects the completion of the banknote counting operation, the AND circuit 114 determines whether both the 1,000-yen note and 10,000-yen note storage boxes are full, or the recycling box 27 is full. By gating the conditions until empty, the banknote supply command circuits 1 and 21 are activated, and the banknotes taken out from each denomination storage box in response to a withdrawal instruction are supplied from the recycling box 27.Thousand yen notes. Intake command circuit 1
22 and the 10,000 yen note intake command circuit 123 are operated by the banknote supply command circuit 121 to determine the denomination of the banknotes conveyed from the recycling box 27 when they pass through the denomination discriminator 28, tG4 is controlled to take in banknotes into storage boxes for each denomination.

If either one of the denomination storage boxes is full, the denominations are temporarily stored in the stacker 27A under the control of Gl.

Further, the banknotes stored in the temporary stacker are sent to the AND circuit after the banknote supply operation is completed.

When the output signal of 141 becomes a false value, the A to D circuit 164 becomes a true value and the retrieval command circuit 125 is activated to recycle.

It is stored in the recycling box 27.

If the withdrawal transaction is prohibited as a result of decoding the response message, the output signal 302 of the response message identification decoder 111 becomes the calculated value, and the withdrawal bill collection command circuit 1
26 is activated, and the withdrawn banknotes taken out to the banknote receiving box 2 are conveyed to the temporary stacker 27A. This operation means that there are no more bills in the bill receiving box 2, and the receiving box no bill detecting circuit 114
This continues until the output signal of the AND circuit 153 becomes a true value and the output of the AND circuit 153 becomes a false value. Receiving box no banknote detection circuit 11
When the output signal of No. 4 is the true value, that is, when the banknote storage operation from the receiving box to the temporary stacker is completed, the AND circuit 154
The output signal becomes the true value, and the recycle box import command circuit 125 is activated. When the storage operation to the recycle box 27 is completed by the temporary stacker no-bill detection circuit 119, the output signal of the AND circuit 152 becomes the true value, the 4-bill bill supply command circuit 121 is activated, and the banknotes taken out by the withdrawal instruction are The money is supplied from the recycling box to storage boxes 26E and 26F for each denomination.

Next, the case of deposit transaction will be explained.

When a deposited bill is inserted into the bill receiving box 2, it is detected by the deposited bill insertion completion detection circuit 104, and the deposited bill counting command circuit 105 is activated. The banknotes inserted into the banknote receiving box are conveyed to the temporary stacker 27A via the banknote division box 3, the authenticity discriminator 12, and the game controller 27A. When the banknote conveyance operation from the banknote receiving box 2 to the temporary stacker 27A is completed and the input operations necessary for the deposit transaction are completed, the output of the deposit transaction completion detection circuit 108 becomes the true value, and the output of the deposit transaction completion detection circuit 108 becomes the true value, The prepared message is set in the transmission/reception buffer via the AND circuit 140, and transmitted to the solid device.

A reply message from the solid device regarding the arrangement is decoded by the message identification decoder 111.

If the decoding results indicate that the deposit transaction is permitted,
The output signal 303 of the decoder 111 becomes the true value. If the output of the recycle box full detection circuit 118 is the true value, that is, if the recycle box 27 is full, the bulk storage box collection command circuit 127 is activated to store the deposit section/bills in the temporary stacker 27A into the bulk storage box 25. do. If the recycle box 27 is not full, the recycle box retrieval command circuit 125 is activated to store the deposited banknotes in the temporary stacker 2TA into the recycle box 27.

When the output signal of the temporary stacker no-bill detection circuit 119 becomes the true value and the end of the storage operation in the recycling box 27 is detected, the output of the AND circuit 157 becomes the calculated value, the bill supply command circuit 121 is activated, and the bill is recycled. Bills are supplied from the box 27 to the denomination storage boxes 26E and 26F that are not full. Ll When this bill passes through the denomination discriminator 28, the denomination is determined and the AND circuit 158 or 159
When the output signal reaches the calculated value, the 1,000 yen note capture command circuit 12
The gate G3 is controlled by the activation of the banknote 2, and the gate G4 is controlled by the activation of the 10,000 yen bill retrieval command circuit 123, and banknotes are stored in the denomination storage boxes. .

Storage boxes by denomination from the recycling box 27 above.

When supplying banknotes to 26E and 26F, if one of the denomination storage boxes is full, the output signal of the ANp circuit 160 becomes the calculated value and is sent to the temporary stacker retrieval command circuit 1.
24 is activated, and banknotes are collected into the temporary stacker 27A. When both the denomination storage boxes 26E and 26F are full, or when the recycle box 27 is empty, the above-mentioned supply operation is completed, the output signal of the AND circuit 161 becomes the true value, and the recycle box is opened. By activating the import command circuit 125, the temporary stacker 27
Banknotes A are stored in the recycling box 27.

As a result of decoding the answer message identification code, if the deposit transaction is prohibited, the output signal 304 of the decoder 111 and the output of the AND circuit 162 become the true value, the deposited banknote return command circuit 128 is activated, and the temporary stacker 27A is activated.
The deposited banknotes taken in are conveyed to the banknote receiving box 2. When all the banknotes in the temporary stacker 27A are transferred to the receiving box, the output signal of the temporary no-snetska banknote detection circuit 119 becomes a true value, the output signal of the AND circuit 162 becomes a false value, and a wooden banknote return command is issued. is canceled. Also, at this time, since the output signal of the AND circuit 163 becomes the true value, the deposit/withdrawal open command circuit 120 is activated, deposit/withdrawal 01 is opened, and the deposited banknotes are returned.

When the deposited banknote is removed, the output signal of the banknote removal detection circuit 112 becomes a true value, and the output of the AND circuit 163 becomes a false value.
The Oven Directive for people withdrawing money has been lifted and the deposit and withdrawal ports 1 and 4 have been lifted.
to zoom.

In the above embodiment, a case has been described in which the operation on the terminal device side is configured by a logic circuit, but it goes without saying that this may also be performed by program processing by a microprocessor or the like.

〔Effect of the invention〕

As described above, according to the present invention, in the recycle-type banknote handling device that dispenses the banknotes that can be recirculated for withdrawal out of the received banknotes as withdrawal banknotes, the banknotes are withdrawn every time a banknote is withdrawn. The banknote storage status of the first banknote storage means that stores the banknotes to be paid is checked, and a second banknote storage unit that stores banknotes of multiple denominations that can be recycled for withdrawal among deposited banknotes is checked into the banknote storage unit that is not full. Since the process of supplying banknotes that can be recycled from the banknote storage means and the output process of transactions for withdrawing media such as cards and slips are performed independently and in parallel, it is possible to This has the remarkable effect of making it possible to perform the bill supply process without putting the device into a rest state, and realizing a recycling-type bill handling device that shortens transaction time.

[BRIEF DESCRIPTION OF THE DRAWINGS] The drawings are all related to embodiments of the present invention, and FIG. 1 shows an example of the configuration of an online system, and FIG. 2 shows an example of a message format received from a solid device. FIG. 3 is a block diagram of the banknote conveyance mechanism, and FIG. 4 is a logical configuration diagram of the terminal device side. 1: Deposit/withdrawal slot, 2: Bill receiving box, 26B, 26F: Storage box by denomination, 27: Recycling box, 27A temporary stacker. Agent: Akio Hashi, a licensed attorney

Claims (1)

[Claims] In a recycle-type banknote handling device that dispenses banknotes that can be recycled for withdrawal as withdrawal banknotes among the received deposit banknotes,
Every time a banknote is withdrawn, the banknote storage status of the first banknote storage means that stores the banknotes to be withdrawn is checked, and a plurality of banknotes that can be recycled for withdrawal out of the deposited banknotes are stored in a banknote storage unit that is not full. A process for supplying banknotes that can be recycled from a second banknote storage means for storing banknotes of different denominations and a transaction output process for discharging a medium such as a card or a slip 1 passbook are performed independently and in parallel. A recycling-type banknote handling device characterized in that it is configured to do so.