JP2010072838A - Cash processor for teller window, and forced reception method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that when money is directly put into a reject storage part in the forced reception of a cash processor for a teller window, paper money is not paid to a device side, and it is not reflected on the device side cash management counter, and therefor it is impossible to perform fare adjustment unless the cash of a paper processor and a cash management counter and the cash of a reject storage part and the cash management counter of a teller window terminal are collated with each other in the case of performing fare adjustment after the end of a task. <P>SOLUTION: The cash processor for the teller window is configured of: a paper money processor 10 equipped with a safe section 18 having the reception port, payment port, conveyance path, discrimination part, and denomination-categorized paper money storage cassettes of paper money; and a teller window terminal 1 connected to the paper money processor 10, and equipped with a teller window display part, a teller window input part, and a teller window storage part or the like, wherein a reject exclusive warehouse 21 in which a paper money input port 22 is installed is stored in the safe section. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a cash processing machine capable of compulsory deposits and a compulsory deposit method, which are mainly installed at a sales counter of a financial institution.

In general, the structure of a conventional cash handling machine for a window is constituted by a window terminal 1 and a banknote processing machine 10 as shown in FIG. 6, and the banknote processing machine 10 is controlled by a control program stored in a processing storage unit 12. The following units are controlled by the control of the unit 11.
13 is a depositing port, 14 is a dispensing port, and 15 is a conveyance path. A bill inserted from the depositing port 13 is transported to each part in the processing machine, and a bill to be withdrawn or returned is sent to the dispensing port 14. Transport.

Reference numeral 16 denotes a discrimination unit, which includes a sensor and discriminates the authenticity, correctness, denomination, etc. of the bill that has been conveyed.
Reference numeral 17 denotes a temporary stacking unit that temporarily stores banknotes that have been identified by the discrimination unit 16 until the counter transaction is finalized. The banknotes to be returned, such as reject banknotes, which have been identified as counterfeit bills or unknown denominations by the discrimination unit 16 by the deposited banknotes, are discharged to the withdrawal port 14, and the window operator takes out the returned banknotes from the withdrawal port 14. Can do.

Reference numeral 18 denotes a safe unit having a denomination banknote storage cassette 19. Each storage cassette 19 stores a predetermined number of banknotes of a predetermined denomination.
Reference numeral 20 denotes a reject storage unit, which is located in the safe unit 18, out of the banknote cassettes of the safe unit 18 when making a withdrawal transaction, and rejected among the banknotes identified by the discrimination unit 16. It is a storage part which stores the discriminated bill.

As shown in FIGS. 9 and 10, such a banknote handling machine is arranged under the counter of a counter operator (a bank clerk or a clerk at the counter), with the front side of the banknote handling machine 10 facing the counter operator side. There is an operation mode A (FIG. 9) and an operation mode B (FIG. 10) in which the front side of the bill processing machine 10 is directed to the customer side.
The window terminal 1 is connected to the banknote handling machine 10 and includes a window display unit 2, a window input unit 3, a window storage unit 4 and the like, and is controlled by the window control unit 5, and is connected to the host computer 30. Connected via public network.

In the cash handling machine for a window as described above, when the deposited banknote is rejected by the discrimination unit 15 and returned to the withdrawal port 14, the window input unit 3 of the window terminal 1 determines by the window operator 1 at the judgment of the window operator. The denomination and the number of coins are entered and the deposit transaction is forcibly completed. This is called forced deposit.
In this case, the deposited reject banknote is stored in a storage unit 9 different from the denomination storage cassette as shown in FIGS. 9 and 10 (see, for example, Patent Document 1), or rejected as shown in FIG. It is designed to be placed directly in box 8.
JP-A-2005-275585

  However, in the above-described conventional technology, when rejected banknotes are stored in another storage unit, rejected banknotes are often poor in quality (defects, fouling), so the banknotes are forcibly conveyed to the banknote handling machine. In this case, jams often occur, and when forced deposits occur in a plurality of transactions, the forced deposit bills are mixed in the reject bill storage unit, which causes a cash trouble.

Moreover, when putting directly in a rejection accommodating part, since a banknote is not received into the apparatus side, there exists a problem that it is not reflected in the cash management counter of an apparatus side.
Therefore, when clearing after the end of the business, it will not be possible to clear the cash unless the cash management counter of the banknote processing machine, the cash of the reject storage unit, and the cash management counter of the window terminal are matched. There were many cases of trouble.

  An object of the present invention is to solve such a problem.

Therefore, the present invention includes a banknote handling machine having a banknote depositing port, a withdrawal port, a conveyance path, a discrimination unit, a safe unit having a denomination-type banknote storage cassette, and the banknote handling machine, and a window display unit. A cash machine for a window comprising a window terminal having a window input unit, a window storage unit, and the like is characterized in that a reject-dedicated storage provided with a bill inlet is stored in a safe unit.
Further, in the above configuration, a banknote insertion slot is provided on the outer surface of the safe part, and a reject dedicated warehouse having a feed roller, a banknote passage detection sensor, etc. is provided inside the banknote intake slot, and the intake port faces the banknote insertion slot of the safe section Thus, it is stored in the safe.

  In addition, for each forced deposit, the bank cash machine for the bank inputs the denomination, number of sheets, transaction number, etc. of the banknotes to be forcibly deposited by the window input unit of the window terminal, After inserting the banknote to be deposited and completing the insertion, insert a transaction slip of the same size as the banknote describing the denomination, number of sheets, transaction number, etc. of the banknote to be forcibly deposited and reject it It is characterized by the forced depositing method which is made to overlap on the forced deposit banknote taken in the exclusive warehouse.

In the present invention as described above, banknotes that are forcibly deposited with deposit reject banknotes can be stored directly from the banknote insertion slot into the dedicated reject box without transporting the transport path. Even then, it will not jam.
In addition, by inserting the transaction slip into the reject dedicated warehouse, the transaction slip overlaps the forced deposit banknote, so there is no effect that it is not mixed with forced deposit banknotes of different transactions in the reject dedicated warehouse. can get.

Embodiments according to the present invention will be described below with reference to the drawings.
In the following description, the same parts as those described in the prior art will be described using the same reference numerals.

FIG. 1 is a block diagram showing an embodiment, and FIGS. 2 and 3 are explanatory diagrams showing the configuration.
The cash handling machine for a window is composed of a window terminal 1 and a banknote handling machine 10 similar to those in the conventional example, and the banknote handling machine 10 is controlled by a control program stored in the processing machine storage unit 12 as shown in FIG. The following units are controlled by the control of the processor control unit 11.
13 is a depositing port, 14 is a dispensing port, and 15 is a conveyance path. A bill inserted from the depositing port 13 is transported to each part in the processing machine, and a bill to be withdrawn or returned is sent to the dispensing port 14. Transport.

Reference numeral 16 denotes a discrimination unit, which includes a sensor and discriminates the authenticity, correctness, denomination, etc. of the bill that has been conveyed.
Reference numeral 17 denotes a temporary stacking unit that temporarily stores banknotes that have been identified by the discrimination unit 16 until the counter transaction is finalized. The banknotes to be returned, such as reject banknotes, which have been identified as counterfeit bills or unknown denominations by the discrimination unit 16 by the deposited banknotes, are discharged to the withdrawal port 14, and the window operator takes out the returned banknotes from the withdrawal port 14. Can do.

Reference numeral 18 denotes a safe unit having a denomination banknote storage cassette 19. Each denomination banknote cassette 19 stores a predetermined number of banknotes of a predetermined denomination.
Reference numeral 20 denotes a reject storage unit, which is in the safe unit 18 and is rejected among the banknotes that are drawn from the denomination banknote cassette 19 of the safe unit 18 and discriminated by the discrimination unit 16 when performing a withdrawal transaction. It is a storage part which stores the bill discriminated as.

  A reject-dedicated cassette 21 is further provided in the safe 18. This reject-dedicated cassette 21 is a reject-dedicated container including a stacker and is the same as the other cassettes described above, and the mounting method and control method are also the same. As shown in FIG. 4, a feed roller 23 and an impeller (tongue piece) 24 are provided inside a bill intake slot 22 of the reject cassette 21, and a bill passage detection sensor 25 is provided. The bills taken into the take-in port 22 are directly stored in the cassette by the feed roller 23 without passing through the transport path.

Therefore, a banknote insertion slot 26 is provided on the outer surface of the safe 18 at a position that is opposite to the intake slot 22 when the reject cassette 21 is stored in the safe 18. The forced deposit banknote inserted into the slot 26 enters the take-in slot 22 of the reject-only cassette 21.
The banknote insertion slot 26 of the safe unit 18 is provided at a position corresponding to the form of the operation form A and the operation form B, since it is on the window operator side or the customer side. It should be noted that the inlets 26 may be provided in both positions of the safe 18 in advance, and the inlet 22 is aligned with the banknote insertion slot 26 depending on the storage position of the reject-dedicated cassette 21, so It may be adapted. In short, it is sufficient that the reject-dedicated cassette is always arranged on the counter operator side, and the bill insertion slot 26 of the safe 18 is located on the counter operator side.

Therefore, FIG. 2 is for operation mode A in which the front side of the bill processing machine 10 is directed to the counter operator side, and FIG. 3 is for operation mode B in which the front side of the bill processing machine 10 is directed to the customer side. 2 and 3 are similar in structure, and the reject cassette 21 is always stored in the safe operator 18 on the window operator side.
The window terminal 1 is the same as the prior art described above, is connected to the banknote handling machine 10, has a window display unit 2, a window input unit 3, a window storage unit 4, etc., and is controlled by the window control unit 5. And connected to the host computer 30 via a public network.

The operation of the above-described configuration will be described in the case of operation mode B in which the front side of the bill processing machine 10 is directed to the customer side as shown in FIG.
(1) At the time of deposit, the window operator receives the banknote rejected by the discrimination unit 16 and returned to the withdrawal port 14 from the customer.
(2) When the window operator identifies and confirms the received banknote and determines that forced deposit is possible, the window operator 1 inputs the denomination, the number of sheets, the transaction number, and the like through the window input unit 3 of the window terminal 1.

(3) Describe the denomination, number and transaction number entered in (2) on a transaction slip 27 of the same size as the banknote.
(4) In the banknote handling machine, a motor that rotates a feed roller and the like at the intake port of the reject-only cassette 21 starts to drive.
(5) The window operator inserts banknotes to be forcibly deposited one by one into the banknote insertion slot 26 of the safe 18. The inserted bill enters the intake port 22 of the reject-dedicated cassette 21 and is stored in the cassette by the feed roller 23 and the impeller 24. At this time, the number of banknotes inserted by the banknote passage detection sensor 25 located inside the intake port 22 is counted (FIG. 4A).

(6) After all forced deposits have been placed in the reject-only cassette 21, the transaction slip 27 in which the necessary items have been described in (3) is inserted into the bill insertion slot 26 in the same manner as the bills (FIG. 4B). The work is completed after being placed on the forcibly deposited banknote (FIG. 4C).
In addition, although the said description demonstrated in the case of the operation form B which faced the apparatus front of the cash processing machine 10 to the customer side, it is the same also in the operation form A which faced the front of the apparatus of the cash processing machine 10 to the window operator side. In this case, the window operator can take out the reject banknote directly from the withdrawal port.

As described above, according to the present invention, banknotes that are forcibly deposited with deposit-rejected banknotes can be stored directly from the banknote insertion slot of the safe unit into the reject-dedicated cassette without being transported through the transport path. Even a bad quality bill can be stored without jamming.
Moreover, since the transaction slip is superimposed on the forced deposit bill by inserting the transaction slip with the transaction slip, it is not mixed with the forced deposit bill of different transactions in the cassette.

  Furthermore, since the number of forcedly deposited banknotes to be taken in is counted at the take-in port of the reject-dedicated cassette, settlement work is ensured and reliability is improved.

Block diagram showing an embodiment Explanatory drawing which shows the structural example of a banknote processing machine Explanatory drawing which shows the structural example of a banknote processing machine Explanatory drawing which shows the example of arrangement | positioning of a banknote processing machine Configuration diagram showing the usage status of the dedicated cassette for rejection Block diagram of a conventional cash machine for counters Explanatory drawing which shows the structure of the prior art example of a banknote processing machine. Explanatory drawing of a state where a cassette is taken out from the banknote handling machine Explanatory drawing which shows the example of arrangement | positioning (operation form A) of a banknote processing apparatus. Explanatory drawing which shows the example of arrangement | positioning (operation form B) of a banknote processing apparatus. Explanatory drawing of forced deposit to banknote processing equipment

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Window terminal 2 Window display part 3 Window input part 4 Window storage part 5 Window control part 10 Banknote processing machine 11 Processing machine control part 12 Processing machine storage part 13 Deposit port 14 Withdrawal port 15 Transport path 16 Discrimination part 17 Temporary accumulation part 18 Safe part 19 Money-type banknote cassette 20 Reject storage part 21 Reject-only cassette 22 Inlet 23 Feed roller 24 Impeller (tongue piece)
25 bill passage detection sensor 26 bill insertion slot
27 Transaction Form 30 Host Computer

Claims (3)

A banknote handling machine having a banknote deposit / withdrawal slot, a conveyance path, a discrimination section, a safe section having a storage cassette for banknotes of different types of money, and a bank display section, a window input section, a window In a cash machine for a window consisting of a window terminal having a storage unit, etc.
A cash machine for a window characterized in that a reject storage provided with a banknote inlet is stored in a safe. In the cash handling machine for window of claim 1,
A banknote insertion slot is provided on the outer surface of the safe, and a dedicated reject box having a feed roller, a banknote passage detection sensor, etc. is installed inside the banknote entrance so that the bank entrance faces the banknote insertion slot of the safe section. A cash machine for a window characterized by being stored in In the cash machine for a counter of claim 1, for each forced deposit, input the denomination, number of sheets, transaction number, etc. of banknotes to be forcibly deposited by the counter input section of the counter terminal, and from the banknote insertion slot of the safe section After inserting the banknote to be forcibly deposited and completing the insertion, insert a transaction slip of the same size as the banknote describing the denomination, number of sheets, transaction number, etc. of the banknote to be forcibly deposited into the banknote insertion slot. A forced depositing method characterized by superimposing on a forcibly deposited banknote taken in a reject-dedicated warehouse.

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