JP2005202491A - Currency depositing and dispensing machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a compact, simple and inexpensive reflux type currency depositing and dispensing machine for clearly discriminating the currency managed by an operator side from the currency managed by a machine side management. <P>SOLUTION: This currency depositing and dispensing machine is configured to select either: a reflux mode in which a plurality of first storage parts 38 to 40 are all used as denomination-categorized storage parts, and currency deposited to a money depositing port 22 and identified and counted by an identifying part 32 is selected by each denomination, and not temporarily stored but stored in the individual denomination-categorized storage parts 38 to 40; or a non-reflux mode in which one of the first storage parts 38 to 40 is used as a temporary storage part and currency deposited to the money depositing port 22 and identified and counted by the identifying part 32 is temporarily stored in a temporary storage part in a denomination mixing state, and currency temporarily stored in the temporary storage part is not stored in the first storage parts 38 to 40, but stored in a second storage part 24 after a deciding operation to an operating part. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a money depositing and dispensing machine.

In order to reduce the size, simplify and reduce costs, after identifying and counting the money inserted into the deposit port, it is selected and stored in each denomination storage unit without temporarily storing it. There is a money return type money depositing and dispensing machine (see, for example, Patent Document 1).
Japanese Patent No. 2796033

  In the case of a reflux-type money depositing / dispensing machine having no temporary storage unit as described above, there is a problem that it is difficult to clearly distinguish between money managed by the operator and money managed by the machine during the depositing operation. In other words, when the depositing operation is performed, all the money rejected by the identification unit is stored in the same money type storage unit etc. as the confirmed money managed by the machine side. When input, instead of returning the inserted money itself, another money of the same amount is returned. In a machine that performs such processing, there are cases in which money management is not sufficient for the user's request depending on the usage pattern and the like.

  On the other hand, in the case of a money depositing / dispensing machine having a temporary storage unit, after the money inserted into the deposit port is identified and counted by the identification unit, it is temporarily stored and stored in each denomination storage unit only after a deposit confirmation operation is input. Therefore, if a cancel and return operation is input before the deposit confirmation operation, the inserted money itself is returned from the temporary storage unit. Such a money depositing / dispensing machine can clarify the distinction between operator-managed money and machine-managed money, which is preferable in money management, but increases in size, complexity, and cost.

  Therefore, the present invention is a recirculation type which is reduced in size, simplified and reduced in cost, and can be operated to clarify the distinction between operator-side money and machine-side money if necessary. The purpose is to provide a simple money deposit and withdrawal machine.

  In order to achieve the above-mentioned object, the invention according to claim 1 includes a deposit port into which money is inserted from the outside of the machine, a currency transport means for transporting money inserted into the deposit port, and a middle of the currency transport means. An identification unit that identifies and counts money, a plurality of first storage units that are provided on the downstream side of the identification unit and are capable of depositing and withdrawing money, and downstream sides of these first storage units A money depositing / dispensing machine having at least a second storage unit for storing money, which is capable of depositing money, a withdrawal unit for allowing money to be taken out of the machine, and an operation unit for performing operation input. The plurality of first storage units are all used as denomination storage units, the money that has been inserted into the deposit port and identified and counted by the identification unit is sorted into denominations, and each of the first storage units is stored without being temporarily stored. The reflux operation mode for storing in the money type storage unit, and the first Any one of the payment units is used as a temporary storage unit, and money that has been inserted into the deposit port and identified and counted by the identification unit is temporarily stored in the temporary storage unit in a denomination mixed state. The non-refluxing operation mode in which the money temporarily stored in the storage unit is stored in the second storage unit after the deposit confirmation operation to the operation unit and not stored in the first storage unit can be selected. .

  The invention according to claim 2 is the invention according to claim 1, further comprising storage means for storing a control program, and reading the control program for the return operation mode from the storage means to read out the return operation mode. And the non-reflux operation mode can be executed by reading out the control program for the non-reflux operation mode from the storage means.

  The invention according to claim 3 is the invention according to claim 1 or 2, wherein the money in the first storage unit set in the temporary storage unit is changed when the return operation mode is switched to the non-reflux operation mode. It is automatically stored in the second storage unit.

  The invention according to claim 4 is the invention according to any one of claims 1 to 3, wherein when the non-reflux operation mode is switched to the return operation mode, the temporary storage unit is in the non-reflux operation mode. The set first storage unit can be set as a denomination storage unit of a denomination selected and input from a plurality of denominations in the operation unit.

  The invention according to claim 5 is the invention according to any one of claims 1 to 3, wherein when the non-reflux operation mode is switched to the return operation mode, the temporary storage unit is in the non-reflux operation mode. The set first storage unit is automatically set as a 500 yen coin denomination storage unit.

  According to the first aspect of the present invention, the plurality of first storage units capable of depositing / withdrawing are all used as the denomination storage unit, and the money that has been inserted into the deposit port and identified and counted by the identification unit is sorted into denominations. In addition, the operation in the reflux operation mode in which the money is stored in each denomination storage unit without temporarily storing it can be configured so that the temporary storage unit is unnecessary, and the reflux is reduced in size, simplified and reduced in cost. Machine. If necessary, use any one of the plurality of first storage units capable of depositing / withdrawing as a temporary storage unit, and denominating the money inserted into the deposit port and identified and counted by the identification unit The money is temporarily stored in the temporary storage unit in the state, and the money temporarily stored in the temporary storage unit is stored in the second storage unit that can be deposited at least after the deposit confirming operation to the operation unit and is not stored in the first storage unit. By selecting the operation mode, it becomes possible to clarify the distinction between operator-side managed money and machine-side managed money.

  According to the second aspect of the present invention, the reflux operation mode can be executed by reading the control program for the reflux operation mode from the storage means, and the non-reflux operation mode is read by reading the control program for the non-reflux operation mode from the storage means. Since the operation mode can be executed, the operation in the reflux operation mode and the operation in the non-reflux operation mode can be switched only by switching the control program of the storage means. Therefore, it is not necessary to switch the hardware such as the storage unit and the conveyance path, and the operation in the reflux operation mode and the operation in the non-reflux operation mode can be easily switched.

  According to the invention of claim 3, when the return operation mode is switched to the non-reflux operation mode, the money in the first storage unit set in the temporary storage unit is automatically stored in the second storage unit. Therefore, the temporary storage money in the non-reflux operation mode is not mixed with the money in the return operation mode remaining in the first storage unit set in the temporary storage unit.

  According to the invention of claim 4, when the non-reflux operation mode is switched to the recirculation operation mode, the first storage unit that is set as the temporary storage unit in the non-reflux operation mode is changed to a plurality of denominations in the operation unit. Since it can be set in the denomination storage unit of the denomination selected and input from among them, the plurality of first storage units store all different denominations of money, or the same denomination of coins includes a plurality of first storages. It can be stored in the part. That is, it is possible to set an optimum environment according to the user's request such as increasing the number of denominations and increasing the capacity.

  According to the invention of claim 5, when the non-reflux operation mode is switched to the recirculation operation mode, the first storage unit set as the temporary storage unit in the non-reflux operation mode is changed to the 500 yen coin denomination storage unit. As a first storage unit that is a temporary storage unit in the non-reflux operation mode and a first storage unit that is a denomination storage unit for 500 yen coins in the return operation mode, In the non-reflux operation mode with a small number of money type storage units, it is possible to dispense small amount coins with a high withdrawal frequency.

A money depositing and dispensing machine according to an embodiment of the present invention will be described below with reference to the drawings.
As shown in FIG. 1, a money depositing / dispensing machine 10 according to this embodiment includes a coin depositing / dispensing apparatus 11 and a banknote depositing / dispensing apparatus 12 that are integrally arranged in parallel, and is connected to a host machine such as a POS cash register. It is used as a change machine. In the following description, the front is the operator side of the money depositing / dispensing machine 10, the rear is the opposite side to the operator of the money depositing / dispensing machine 10, the left is the left, right as viewed from the operator of the money depositing / dispensing machine 10 Is the right when viewed from the operator of the money depositing and dispensing machine 10.

  The coin depositing / dispensing device 11 is provided on one side, specifically, the right side of the money depositing / dispensing machine 10, and the banknote depositing / dispensing device 12 is provided on the opposite side, specifically, the left side in the left / right direction.

  The coin depositing / dispensing device 11 is provided with a coin depositing slot (payment slot) 15 into which loose coins are inserted in a lump in a mixed state from the outside on the front side, that is, the upper right side of the operator side, On the left side of the coin deposit slot 15, there are provided an operation unit 16 for performing an operation input by an operator and a guidance display unit (guidance means) 17 for performing display to the operator, arranged side by side. Also, the coin deposit / withdrawal device 11 is withdrawn from the inside of the coin deposit port 15, the operation unit 16, and the guide display unit 17, that is, on the right side of the front intermediate portion so that the loose coins can be withdrawn from the inside. A coin dispensing port (withdrawing unit) 18 is provided, and a coin rejecting port (rejecting port) 19 through which the rejected coin is discharged is provided on the left side of the coin dispensing port 18. Further, the coin depositing / dispensing apparatus 11 is provided with a coin recovery box (second storage unit) 20 detachably below the coin dispensing port 18 and the coin rejecting port 19.

  The banknote depositing / dispensing device 12 is provided with a banknote depositing port (depositing port) 22 into which the banknotes are inserted from the outside in a state where denominations are mixed, on the front side, that is, on the operator side. A bill withdrawal port (withdrawal unit) 23 is provided in the middle portion on the lower side, that is, the front side, and the bills are dispensed from the inside in a state in which denominations are mixed. A detachable banknote collection box (second storage unit) 24 is provided.

  First, the banknote depositing / withdrawing apparatus 12 will be described with reference mainly to FIGS.

  As shown in FIG. 2, the banknote deposit / withdrawal device 12 includes a deposited banknote feeding section (feeding section) 30 that separates and feeds the banknotes inserted into the banknote depositing port 22 one by one, and this deposited banknote feeding section 30. Deposited banknote transport path (money transport means) 31 for transporting the fed banknotes, and provided in the middle of the deposited banknote transport path 31 to identify the authenticity, denomination, correctness, etc. of banknotes and denomination of true banknotes It has a bill recognition unit (identification unit) 32 that counts every time.

  Moreover, the banknote depositing / withdrawing apparatus 12 rejects the branch from the position of the distribution part 34 provided in the downstream rather than the banknote identification part 32 of the deposit banknote conveyance path 31, and the distribution part 34 of the deposit banknote conveyance path 31. It has a transport path (money transport means) 35. The reject banknote conveyance path 35 is joined to a withdrawal banknote conveyance path (money conveyance means) 36 connected to the banknote dispensing port 23, and the sorting unit 34 is a counterfeit bill according to the identification result of the banknote identification unit 32. Then, the damaged bill and the banknote determined to be indistinguishable are distributed to the reject banknote transport path 35 side by the sorting member 34A. The counterfeit bills, the damaged bills, and the banknotes that cannot be discriminated are transported from the deposited banknote transport path 31 to the reject banknote transport path 35 so that they can be taken out through the withdrawal banknote transport path 36. To the banknote outlet 23. On the other hand, the sorting unit 34 guides a bill that is a genuine note and is not defaced as it is to the downstream side of the deposited bill transport path 31 by the sorting member 34A. The banknote depositing / withdrawing apparatus 12 has a plurality of depositing / withdrawing units that can selectively deposit and dispense banknotes based on the identification result of the banknote identifying unit 32 on the downstream side of the sorting unit 34 of the deposited banknote transport path 31. Stackers (first storage units) 38 to 40 as storage units are provided.

  That is, the banknote depositing / dispensing device 12 sorts the banknotes to the branch banknote transport path 43 side by the sorting member 42A on the downstream side of the sorting section 34 of the deposited banknote transport path 31, and guides it to the most upstream stacker 38. A sorting unit 42 is provided, and on the downstream side of the sorting unit 42 of the deposited banknote transport path 31, the sorting member 44 </ b> A sorts the banknotes to the branch banknote transport path 45 side and guides them to the intermediate stacker 39. A part 44 is provided. The most downstream stacker 40 is connected to the downstream side of the sorting part 44 of the deposited banknote transport path 31.

  In the stacker 38, banknotes are deposited one by one from the upper receiving port 38a, and a withdrawal banknote feeding unit 38b separates and dispenses the banknotes one by one from the lower feeding port 38c. Also in the stacker 39, banknotes are deposited one by one from the upper receiving port 39a, and a withdrawal banknote feeding unit 39b separates and dispenses the banknotes one by one from the lower feeding port 39c. The stacker 40 also deposits banknotes one by one from the upper receiving port 40a, and the withdrawal banknote feeding unit 40b separates and dispenses the banknotes one by one from the lower feeding port 40c.

  A lower outlet 38c of the stacker 38 is connected to a withdrawal bill conveyance path 36 connected to the above-described bill withdrawal port 23 via a withdrawal bill conveyance path 50. The lower outlet 39c of the stacker 39 is connected to the withdrawal bill conveyance path 36 via the feeding bill conveyance path 51, and the lower outlet 40c of the stacker 40 is conveyed to the withdrawal banknote via the delivery banknote conveyance path 52. It is connected to the path 36.

  The banknote depositing / withdrawing device 12 includes a sorting unit 54 provided on the downstream side of the merged position of the reject banknote transport path 35 in the withdrawal banknote transport path 36 and a position of the sorting section 54 of the withdrawal banknote transport path 36. The branch bill conveyance path 55 is branched, and the branch bill conveyance path 55 is connected to the bill collection box 24 described above which can only deposit money. The sorting unit 54 sorts banknotes to be stored in the banknote collection box 24 by the sorting member 54 </ b> A to the branch banknote conveyance path 55 side, and other banknotes as they are to the downstream side of the withdrawal banknote conveyance path 36.

  Moreover, the banknote depositing / withdrawing apparatus 12 branches from the position of the distribution part 57 provided in the downstream rather than the distribution part 54 in the payment banknote conveyance path 36, and the distribution part 57 of the payment banknote conveyance path 36. A branch bill transport path 58 is connected to the branch bill transport path 58, and a bill reject box 59 that can only deposit money is connected to the branch bill transport path 58. The sorting unit 57 transfers bills to be stored in the bill reject box 59 by the sorting member 57A to the branch bill transport path 58 side, and other bills as they are downstream of the withdrawal bill transport path 36, that is, a bill dispensing port. Sort to 23 side.

  Here, if the banknote collection | recovery store | warehouse | chamber 24 is removed from the money depositing / withdrawing machine 10, the deposit port shutter not shown connected to the branch banknote conveyance path 55 will be closed in conjunction with this removal operation | movement. From this state, by opening a door (not shown) by a key operation of a key (not shown), it is possible to take out the banknote stored therein.

  Furthermore, the banknote depositing / withdrawing apparatus 12 is provided in the banknote conveyance path 31,35,36,43,45,50-52,55,58, and is a several sensor for confirming the state and timing of the banknote conveyed. 61-73.

  The sensor 61 is located between the deposited banknote feeding unit 30 and the banknote identifying unit 32 in the deposited banknote conveyance path 31, and checks the banknotes fed one by one on the deposited banknote conveyance path 31 by the deposited banknote feeding unit 30. Yes, the sensor 62 confirms the banknote passing through the banknote recognition unit 32 at the position of the banknote recognition unit 32 in the deposited banknote transport path 31, and the sensor 63 is the sorting unit in the reject banknote transport path 35. The banknote which is in the position immediately after 34 and has been distributed to the reject banknote transport path 35 by the distribution unit 34 is confirmed.

  The sensor 64 is in the branch bill conveyance path 43 immediately before the receiving port 38a of the stacker 38, and confirms the bills sorted by the sorting unit 42 and deposited into the stacker 38. The sensor 65 is a stacker 39. In the branch bill conveyance path 45 immediately before the receiving port 39a, the bills sorted by the sorting unit 44 and deposited into the stacker 39 are checked, and the sensor 66 is immediately before the receiving port 40a of the stacker 40. The banknote to be deposited in the stacker 40 in the deposited banknote transport path 31 at the position is confirmed.

  Further, the sensor 67 is provided in the feeding bill conveyance path 50 immediately after the feeding port 38c of the stacker 38 and confirms a bill fed out from the stacker 38. The sensor 68 is located immediately after the feeding port 39c of the stacker 39. The banknotes fed out from the stacker 39 in the fed banknote transport path 51 are confirmed, and the sensor 69 is fed out from the stacker 40 in the feed banknote transport path 52 immediately after the outlet 40c of the stacker 40. Is to confirm.

  In addition, the sensor 70 confirms the banknotes that have been drawn out from all the stackers 38 to 40 on the downstream side of the payout banknote transport paths 50 to 52 of the withdrawal banknote transport path 36, and the sensor 71 is a banknote collection. The bank 72 is in the branch banknote conveyance path 55 immediately before the bank 24 and confirms the banknotes sorted by the sorting unit 54 and introduced into the banknote collection box 24, and the sensor 72 is positioned immediately before the banknote reject box 59. The banknotes that are in the branch banknote conveyance path 58 and are sorted by the sorting unit 57 and introduced into the banknote reject box 59 are confirmed. Further, the sensor 73 is for confirming a banknote to be fed to the banknote dispensing port 23 between the banknote dispensing port 23 and the sorting unit 57 of the banknote dispensing path 36.

  The sensors 61 to 73 are optical sensors, and not only detect remaining bills in the place where they are placed, but also measure timing, see the status of conveyance (multifeed, skew, etc.), and perform counting. And having a plurality of functions. In addition, the bill withdrawal port 23 is provided with a sensor 23 a for detecting a bill remaining in the bill withdrawal port 23, and a sensor 22 a for detecting a bill remaining in the bill deposit port 22 in the bill deposit port 22. Is provided. Further, the stacker 38 is provided with a sensor 38d for detecting internal banknotes, the stacker 39 is provided with a sensor 39d for detecting internal banknotes, and the stacker 40 is provided with a sensor 40d for detecting internal banknotes.

  The control part (control means) 75 of the money depositing / withdrawing machine 10 controls the coin depositing / withdrawing apparatus 11 and the banknote depositing / withdrawing apparatus 12, and as shown in FIG. 3, a ROM (storage means) in which a control program is stored. ) 76, a RAM 77 that stores the number of banknotes of the denomination based on the identification of the banknote identification unit 32, a deposited banknote feeding unit 30, a deposited banknote transport that drives the deposited banknote transport path 31 and the branched banknote transport paths 43 and 45. Rejection banknote feeding part 38b, 39b, 40b of each stacker 38-40, withdrawal banknote conveyance path 36 and withdrawal banknote conveyance path 79 driving the banknote delivery path 50-52, and reject Reject banknote transport drive unit 80 for driving the banknote transport path 35, banknote recognition unit 32, sorting units 34, 42, 44, 54, 57, sensors 61-73, 22a, 23a, 38d, 39d, And 0d, an operation unit 16, a guidance display unit 17 is communicably connected.

  The control unit 75 can operate the banknote depositing / withdrawing device 12 in two modes, ie, a reflux operation mode and a non-reflux operation mode. For this reason, the ROM 76 operates the banknote depositing / withdrawing device 12 in the reflux operation mode. A control program for the recirculation operation mode for storing and a control program for the non-reflux operation mode for operating the banknote depositing and dispensing device 12 in the non-reflux operation mode are stored.

  For example, in the state where the recirculation operation mode is selected, the control program for the recirculation operation mode is read from the ROM 76 to the control unit 75, and the control unit 75 controls the banknote depositing and dispensing device 12 based on this control program. .

  In this return operation mode, all three stackers 38 to 40 are classified as denominations. For example, a 10,000 yen ticket is stored in the stacker 38, a thousand yen ticket is stored in the stacker 39, and a 5,000 yen ticket is stored in the stacker 40. It has become. The denomination settings of the stackers 38 to 40 are not limited to this and can be changed.

  When a deposit operation is input to the operation unit 16 in a state where a bill is inserted into the bill deposit port 22 during operation in the reflux operation mode, the control unit 75 starts a deposit operation. That is, as shown by a thick line in FIG. 4, the banknotes at the banknote deposit port 22 are separated one by one by the deposited banknote feeding unit 30 and fed out to the deposited banknote conveyance path 31 and identified by the banknote identifying unit 32. Then, based on the identification result of the banknote recognition unit 32, the counterfeit note, the damaged banknote, and the banknote determined to be indistinguishable are distributed from the deposited banknote transport path 31 to the reject banknote transport path 35 by the distribution unit 34, and further distributed. By being fed out to the banknote dispensing port 23 via the banknote delivery path 36 by the section 54 and the sorting section 57, it is rejected outside the apparatus.

  On the other hand, based on the identification result of the banknote identification part 32, the distribution part 34 guides the banknote made into a genuine and genuine bill as it is to the downstream side of the deposit banknote conveyance path 31, and makes it a denomination of the stackers 38-40. Storing from the top in one that responds. That is, if it is a 10,000 yen ticket, it is sorted by the sorting part 42 and guided to the stacker 38 from the branch bill transport path 43, and if it is a thousand yen ticket, it is sorted by the sorting part 42 and the sorting part 44 and branched. If it is guided to the stacker 39 from the banknote transport path 45 and is a 5,000 yen ticket, it is sorted by the sorting section 42 and the sorting section 44 and guided to the stacker 40 via the deposited banknote transport path 31. In addition, the control part 75 grasps | ascertains the number of the banknotes accommodated in each stacker 38-40, the overflow banknote which cannot be accommodated in the stackers 38-40 calculated | required from this banknote number, and the 2nd number of handling are the smallest. With respect to the thousand yen bill, the sorting unit 34 sorts the deposited banknote transport path 31 to the reject banknote transport path 35, and further passes the withdrawal banknote transport path 36 to the branch banknote transport path 55. They are sorted and stored in the banknote collection box 24.

  Here, the control unit 75 temporarily stores the identification result of the banknote identification unit 32, that is, the count value for each denomination, in the RAM 77, and all the banknotes inserted into the banknote deposit port 22 are stacked in the stackers 38 to 40, When guided to either the banknote withdrawal port 23 or the banknote collection box 24, the count display result of the banknote identification unit 32 is displayed on the guidance display unit 17 and a display for prompting subsequent processing is performed. That is, it asks whether to make an additional payment, cancel the payment, or confirm the payment.

  When a bill is inserted into the bill deposit port 22 and an additional deposit operation is input to the operation unit 16 for additional deposit, the control unit 75 deposits the bill in the deposit bill feeding unit 30 in the same manner as described above. It pays out to the conveyance path 31 and is identified by the banknote identification unit 32. Based on the identification result of the banknote identification unit 32, it is led to one of the banknote dispensing port 23, the stackers 38 to 40, and the banknote collection box 24, and the guidance display unit 17 The counting result of the banknote recognition unit 32 is displayed on the screen, and a display prompting the subsequent processing is performed.

  When the operator inputs a deposit confirming operation to the operation unit 16, the control unit 75 confirms deposit and ends the deposit operation. However, in this reflux operation mode, the deposit is only confirmed on the processing of the control unit 75, and there is no movement of banknotes.

  When the operator inputs a deposit cancellation operation instead of an additional deposit operation and a deposit confirmation operation to the operation unit 16, the control unit 75 performs a return operation. That is, as shown by a thick line in FIG. 5, a banknote different from the deposited amount and a deposited banknote is dispensed from the stackers 38 to 40 by a withdrawal banknote feeding unit 38b, 39b, 40b. 36 is fed out by the sorting unit 54 and the sorting unit 57 and fed to the banknote dispensing port 23. Thereafter, when the sensor 23a detects that the banknote has been removed from the banknote dispensing slot 23, the control unit 75 ends the depositing operation. In addition, when a conveyance failure banknote such as multiplex conveyance is detected by the sensors 67 to 70 during the return operation, the conveyance failure banknote is distributed to the branch banknote conveyance path 58 side by the sorting unit 57 and stored in the banknote reject box 59.

  When a withdrawal operation is input to the operation unit 16 during operation in the reflux operation mode, the control unit 75 causes a withdrawal operation to be performed. That is, as shown by a thick line in FIG. 5, the banknotes of the amount input to the operation unit 16 are counted by the sensors 67 to 69 from the stackers 38 to 40, and the withdrawal banknotes are fed by the withdrawal banknote feeding units 38b, 39b, and 40b. The paper is fed out to the path 36, sorted by the sorting unit 54 and the sorting unit 57, and fed to the banknote dispensing port 23. Thereafter, when the sensor 23a detects that the banknote has been removed from the banknote dispensing port 23, the control unit 75 ends the dispensing operation. In addition, when a conveyance failure banknote such as multiple conveyance is detected by the sensors 67 to 70 during the dispensing operation, the conveyance failure banknote is sorted by the sorting unit 57 and stored in the banknote reject box 59.

  When the replenishment bill is inserted into the bill deposit port 22 and the replenishment operation is input to the operation unit 16 during operation in the reflux operation mode, the control unit 75 causes the replenishment operation to be performed. That is, as shown by a thick line in FIG. 4, bills are replenished from the bill deposit port 22 to the stackers 38 to 40 in the same manner as the deposit operation described above.

  When a recovery instruction operation is input to the operation unit 16 during operation in the reflux operation mode, the control unit 75 causes a recovery operation to be performed. That is, as shown by a thick line in FIG. 6, in all stackers 38 to 40, all banknotes are fed to the withdrawal banknote conveyance path 36 by the withdrawal banknote feeding sections 38 b, 39 b, and 40 b, and sorted by the sorting section 54. Guide to collection box 24. When it is detected that all the banknotes in the stackers 38 to 40 are stored in the banknote recovery box 24, the control unit 75 ends the recovery operation. Thereafter, the operator removes the banknote collection box 24 and takes out the banknotes. In addition, you may make it pay out all the banknotes to the banknote withdrawal port 23 in collection | recovery operation | movement. In this case, it can be collected for each denomination. In any of the collection operations, when a defective conveyance bill such as multiplex conveyance is detected by the sensors 67 to 70 during the collection operation, the conveyance failure bill is sorted by the sorting unit 57 and stored in the bill reject box 59. .

  When the operator inputs an operation for selecting the non-reflux operation mode to the operation unit 16 from the state where the above-described reflux operation mode is selected, the control unit 75 reads the control program for the non-reflux operation mode from the ROM 76. The control part 75 controls the banknote depositing / withdrawing apparatus 12 based on the control program for this non-reflux operation mode.

  In this non-refluxing operation mode, one of the three stackers 38 to 40 is used as a temporary storage unit, and the remaining two are used as money types. For example, while the stacker 38 is used as a temporary storage unit, a thousand yen ticket is stored in the stacker 39 and a five thousand yen ticket is stored in the stacker 40, respectively, as in the reflux operation mode. The setting of the temporary storage unit and the denomination setting for the stackers 38 to 40 can be changed without limitation, and the stacker 39 can be used as the temporary storage unit or the stacker 40 can be used as the temporary storage unit.

  When a depositing operation is input to the operation unit 16 with a bill inserted into the bill deposit port 22 during operation in the non-reflux operation mode, the control unit 75 starts a depositing operation. That is, as shown by a thick line in FIG. 7, the banknote depositing part 30 separates the banknotes in the banknote depositing port 22 one by one and feeds them to the deposited banknote conveyance path 31, and the banknote identifying part 32 identifies them. Then, based on the identification result of the banknote recognition unit 32, the counterfeit note, the damaged banknote, and the banknote determined to be indistinguishable are distributed from the deposited banknote transport path 31 to the reject banknote transport path 35 by the distribution unit 34, and further distributed. The part 54 and the sorting part 57 are fed to the banknote outlet 23 via the banknote transport path 36.

  On the other hand, based on the identification result of the bill recognition unit 32, the sorting unit 34 guides all bills that are genuine and correct to the downstream side of the deposited bill transport path 31, and the sorting unit 42 is the most upstream side. It is introduced from the upper part into the stacker 38 set in the temporary storage section and temporarily stored.

  Here, the control unit 75 temporarily stores the identification result of the banknote identification unit 32, that is, the count value for each denomination, in the RAM 77, and all the banknotes inserted into the banknote deposit port 22 are stored in the stacker 38 and the banknote output. When guided to any of the bills 23, the guidance display unit 17 displays the counting result of the banknote recognition unit 32 and displays to prompt the subsequent processing. That is, it asks whether to make an additional payment, cancel the payment, or confirm the payment.

  When a bill is inserted into the bill deposit port 22 and an additional deposit operation is input to the operation unit 16 for additional deposit, the control unit 75 deposits the bill in the deposit bill feeding unit 30 in the same manner as described above. It feeds out to the conveyance path 31, is identified by the bill recognition unit 32, is guided to either the bill withdrawal port 23 or the stacker 38 based on the identification result of the bill recognition unit 32, and is counted on the guidance display unit 17. The result is displayed, and a display prompting further processing is performed.

  When the operator inputs a deposit confirmation operation to the operation unit 16, the control unit 75 confirms the deposit, and then, as shown by a thick line in FIG. 8, the banknote temporarily stored in the stacker 38 is dispensed. A storing operation is performed in which the portion 38 b is fed to the withdrawal bill conveyance path 36 and is sorted by the sorting portion 54 and stored in the bill collection box 24. And when all the temporarily stored banknotes which were in the stacker 38 are accommodated in the banknote collection | recovery warehouse 24, the control part 75 will complete | finish the money_receiving | payment operation | movement containing a storage operation. That is, it is structurally impossible to sort and store the banknotes temporarily stored in the stacker 38 in the other stackers 39 and 40, and the banknotes after the payment is confirmed are collectively stored in the banknote collection box 24. Will be stored. Thereby, it becomes a non-reflux type which is not a recirculation type which uses the deposited banknote for withdrawal. In addition, since the identification part for payment | withdrawal is not provided, the control part 75 collects the count data memorize | stored in RAM77 before the payment confirmation as mentioned above collectively after the payment confirmation, and the amount of money in the banknote depositing / withdrawing apparatus 12 is collected. It will be added to the total data.

  When the operator inputs a deposit cancellation operation instead of an additional deposit operation and a deposit confirmation operation to the operation unit 16, the control unit 75 stores all the banknotes temporarily stored in the stacker 38 as indicated by a thick line in FIG. The withdrawal operation is performed in such a manner that the money is fed out to the withdrawal bill transport path 36 by the withdrawal bill delivery section 38b, sorted by the sorting section 54 and the sorting section 57, and fed back to the banknote withdrawal port 23. When the sensor 23a detects that the banknote has been removed from the banknote dispensing port 23, the control unit 75 ends the depositing operation including the return operation. Thereby, the banknote itself deposited in the banknote depositing port 22 is fed out from the banknote dispensing port 23. At this time, the control unit 75 erases the count data stored in the RAM 77 before the deposit cancellation operation at the same time during the deposit cancellation operation.

  Here, in the non-reflux operation mode, during the deposit confirmation storing operation, a conveyance abnormality such as a jam occurs during the conveyance, and sensors 67, 70, 71 provided from the lower outlet 38 c of the stacker 38 to the banknote collection box 24. When a jam such as a banknote retention is detected in any of the above, the control unit 75 stops the driving of the banknote transport paths 31, 35, 36, 43, 45, 50 to 52, 55, 58, and displays guidance. The unit 17 is instructed to remove the jam bill from the operator.

  That is, the location where the jam has occurred is displayed on the guidance display unit 17 to notify the operator of the location, and the operator can easily find the location where the jam has occurred. Then, the operator pulls out the machine unit at the jam occurrence location according to the guidance, and is formed so as to be openable for each banknote transport path 31, 35, 36, 43, 45, 50 to 52, 55, 58. By partially opening the upper and lower belt conveyors, jammed banknotes and residual banknotes on the transport path are directly removed. At this time, since the removed banknote has been deposited and is under the management of the apparatus as described above, the operator returns it to the stacker 38. Thereafter, when the operator performs a resumption operation (such as pressing a reset switch of the operation unit 16) to the operation unit 16 for resuming the storage operation, the control unit 75 causes the banknote transport paths 31, 35, 36, 43, 45, 50 to 52, 55, 58 are driven, and the banknotes in the stacker 38 are conveyed to the banknote collection box 24.

  Even if a jam occurs during the return operation executed by the deposit cancellation operation, the same jam processing as described above is performed. In this case, all banknotes are under unconfirmed operator-side management. Therefore, the removed banknote does not need to be returned to the stacker 38 again, is stored under operator management, and is combined with other banknotes fed out to the withdrawal port 23 through an instruction for resuming the storage operation. .

  As described above, by using one stacker 38 among a plurality of stackers 38 to 40 as a temporary storage unit, the location and management of banknotes are clarified before and after the deposit confirming operation, and more strict operation is possible. become.

  When a withdrawal operation is input to the operation unit 16 during operation in the non-reflux operation mode, the control unit 75 starts a withdrawal operation. That is, as shown by a thick line in FIG. 10, the banknote transport path 36 withdraws money while counting the bills input to the operation unit 16 by the sensors 68 and 69 with the banknote feeding sections 39b and 40b of the stackers 39 and 40. Are distributed by the distribution unit 54 and the distribution unit 57, and are distributed to the banknote dispensing port 23. Thereafter, when the sensor 23a detects that the banknote has been removed from the banknote dispensing port 23, the control unit 75 ends the dispensing operation. In this case, only two types of banknotes (thousand yen and 5,000 yen) are paid out for withdrawal. In addition, when conveyance bad banknotes, such as multiple conveyance, are detected by the sensors 68, 69, and 70, this is sorted by the sorting part 57 and stored in the banknote reject box 59.

  When a replenishment bill is inserted into the bill deposit port 22 and a replenishment operation is input to the operation unit 16 during operation in the non-reflux operation mode, the control unit 75 starts a replenishment operation. That is, as shown by a thick line in FIG. 11, the banknotes in the banknote depositing port 22 are separated one by one by the deposited banknote feeding unit 30, fed out to the deposited banknote transport path 31, and identified by the banknote identifying unit 32. Then, based on the identification result of the banknote recognition unit 32, the counterfeit note, the damaged banknote, and the banknote determined to be indistinguishable are distributed from the deposited banknote transport path 31 to the reject banknote transport path 35 by the distribution unit 34, and further distributed. The part 54 and the sorting part 57 are fed to the banknote outlet 23 via the banknote transport path 36. On the other hand, based on the identification result of the bill recognition unit 32, the sorting unit 34 guides the bill that is a genuine and correct bill as it is to the downstream side of the deposited bill transport path 31, and sends it to the stackers 39 and 40 according to the denomination. Store from the top. That is, if it is a thousand yen ticket, it is sorted by the sorting unit 42 and the sorting unit 44 and guided to the stacker 39 via the deposited banknote transport path 31 and the branch banknote transport path 45. The paper is sorted by the sorting unit 42 and the sorting unit 44 and guided to the stacker 40 via the deposited banknote transport path 31. In addition, about the case where the overflow banknote and the 10,000 yen ticket and the 2000 yen ticket which do not need replenishment are mixed, all, for example, the banknote dispensing port 23 via the reject banknote conveyance path 35 and the withdrawal banknote conveyance path 36. Return to When all banknotes in the banknote deposit port 22 are guided to one of the stackers 39 and 40 and the banknote dispensing slot 23 and the operator inputs a replenishment confirmation operation to the operation unit 16, the replenishment operation count data after replenishment is confirmed. Collectively, it adds to the amount total data in the banknote depositing / withdrawing apparatus 12.

  When a collection instruction operation is input to the operation unit 16 during operation in the non-reflux operation mode, the control unit 75 starts a collection operation. That is, as shown by a thick line in FIG. 12, in the stackers 39 and 40 excluding the stacker 38 constituting the temporary storage unit, all banknotes are fed out to the withdrawal bill transport path 36 by the withdrawal bill delivery portions 39b and 40b. Sorted by the unit 54 and stored in the banknote collection box 24. When it is detected that all banknotes in the stackers 39 and 40 have been stored in the banknote collection box 24, the control unit 75 ends the collection operation. Thereafter, the operator removes the banknote collection box 24 and takes out the banknotes. In addition, you may make it pay out all the banknotes to the banknote withdrawal port 23 in collection | recovery operation | movement. In this case, it can be collected for each denomination. Moreover, in any collection | recovery operation, when conveyance bad banknotes, such as multiple conveyance, are detected by the sensors 68-70, this is sorted by the distribution part 57, and is accommodated in the banknote rejection store | warehouse 59.

  Note that, in both the reflux operation mode and the non-reflux operation mode, when an order counting operation is input to the operation unit 16 in a state where a bill is inserted into the bill deposit port 22, the control unit 75 starts an order counting operation. Let That is, as shown by a thick line in FIG. 13, the banknote depositing part 30 separates the banknotes at the banknote depositing port 22 one by one and feeds them to the deposited banknote transport path 31, and sorts them by the sorting part 34 to the reject transport path 35. When there is no designated denomination based on the identification result of the banknote discriminating unit 32, the counterfeit bill, the damaged bill, and the banknote that cannot be discriminated are sorted by the sorting unit 54 and the sorting unit 57 and withdrawn. The bills are drawn out to the bill withdrawal port 23 via the bill transport path 36, and all bills that are genuine and correct are sorted by the sorting unit 54 and stored in the bill collection box 24.

  On the other hand, when there is a designated denomination, a bill that has been designated as a genuine denomination and designated as a denomination designated by the operation unit 16 is sorted by the sorting unit 54 and stored in the bill collection box 24. All other banknotes are sorted by the sorting unit 54 and the sorting unit 57 and fed out to the banknote dispensing port 23 via the withdrawal banknote transport path 36. And the count result of the banknote identification part 32 is displayed on the guidance display part 17. FIG.

  Here, switching from the reflux operation mode to the non-reflux operation mode and switching from the non-reflux operation mode to the reflux operation mode are performed by reading each control program from the ROM 76 by a predetermined switching operation to the operation unit 16. Done. That is, when the control unit 75 reads the control program for the reflux operation mode from the ROM 76, the reflux operation mode can be executed. When the control unit 75 reads the control program for the non-reflux operation mode from the ROM 76, the non-reflux operation mode is set. It becomes executable. It should be noted that the mode switching may be performed not by a predetermined operation input to the operation unit 16 but by a switching device having a separate key and key operation of this switching device.

  At the time of switching from the reflux operation mode to the non-reflux operation mode, the stacker 38 that has been used as the denomination storage unit is used as a temporary storage unit, and thus the stacker 38 must be emptied. Therefore, when the operator performs a predetermined switching operation for switching from the reflux operation mode to the non-reflux operation mode on the operation unit 16, the control unit 75 uses the stacker 38 from the ROM 76 as a temporary storage unit. At the same time, it is checked whether or not there is a bill in the stacker 38 set in the temporary storage unit by the count data stored in the RAM 77 and the sensor 38d provided in the stacker 38. And when a banknote exists in this stacker 38, the control part 75 makes the banknote collection | recovery box 24 store automatically the banknote of the stacker 38 set to the temporary storage part, as shown by the thick line in FIG. . That is, in the same way as the storing operation after the deposit is confirmed in the non-reflux operation mode, all the banknotes in the stacker 38 are fed out to the withdrawal banknote conveyance path 36 by the withdrawal banknote delivery section 38b and sorted by the sorting section 54 to collect the banknotes. It is stored in the storage 24. And when all the banknotes in the stacker 38 move into the banknote collection box 24 and the stacker 38 becomes empty, the operation in the non-reflux operation mode is started. Of course, when there is no banknote in the stacker 38 in the above confirmation, the operation in the non-reflux operation mode is started as it is. That is, it waits until the next input to the operation part 16 by an operator is performed, such as payment, withdrawal, replenishment, and collection. As described above, both the reflux operation mode and the non-reflux operation mode can be operated without any problem.

  On the other hand, when the operator performs a predetermined switching operation for switching from the non-reflux operation mode to the return operation mode to the operation unit, the control unit 75 uses the stacker 38 from the ROM 76 as the denomination storage unit. Read the control program. In this case, in the previous stage work, the banknote is not left in the stacker 38 as the temporary storage unit and the next work is not performed, and the mode can be switched only when all the operations are completed. For this reason, the banknotes temporarily stored in the stacker 38 in the processing up to that point do not remain as they are. For this reason, the process which moves the banknote of the stacker 38 to the banknote collection | recovery store | warehouse | chamber 24 is unnecessary. Then, the operation in the reflux operation mode is started as it is. That is, it waits until the next input to the operation part 16 by an operator is performed, such as payment, withdrawal, replenishment, and collection.

  Note that the denomination of the banknotes stored in the stacker 38 can be arbitrarily set, the stacker 39 is set to a thousand yen ticket, and the stacker 40 is set to a five thousand yen ticket. Thus, it is possible to set a 10,000 yen ticket or set a 2000 yen ticket.

  It is also possible to store past setting conditions and automatically set the denomination set in the previous reflux operation mode when switching from the non-reflux operation mode to the reflux operation mode. Further, this may be corrected. That is, when the non-reflux operation mode is switched to the recirculation operation mode, the stacker 38 set in the temporary storage unit in the non-reflux operation mode is selected from the plurality of denominations in the operation unit 16. It may be settable in the money type storage unit. If comprised in this way, it will become possible to make the some stackers 38-40 store the money of all the different denominations, and make it possible to store the money of the same denomination in the plurality of stackers 38-40. . That is, it is possible to set an optimum environment according to the user's request such as increasing the number of denominations and increasing the capacity.

  In addition, for the stacker 38 which has newly become a recirculation type money storage unit, it may be possible to replenish banknotes at the start of operation in the recirculation operation mode. There is no need to replenish 10,000 yen tickets.

  According to the banknote depositing / withdrawing device 12 of the money depositing / dispensing machine 10 described above, a plurality of stackers 38 to 40 capable of depositing / withdrawing are all used as a denomination storage unit and inserted into the banknote depositing / dispensing port 22 and the bill identifying unit 32. The temporary storage unit selects the banknotes identified and counted in the denomination and selects the operation in the return operation mode stored in each stacker 38 to 40 as the denomination storage unit without temporarily storing them. This is a reflux-type machine that can be configured in an unnecessary manner and is reduced in size, simplified, and reduced in cost. If necessary, the stacker 38 that is one of a plurality of stackers 38 to 40 capable of depositing / withdrawing is used as a temporary storage unit, and is inserted into the banknote deposit port 22 to be identified and recognized by the banknote identification unit 32. The counted banknotes are temporarily stored in the stacker 38 which is a temporary storage unit in a denomination mixed state, and the banknotes temporarily stored in the stacker 38 which is the temporary storage unit are stacked in a stacker 39, after a deposit confirmation operation to the operation unit 16. 40 is stored in the banknote collection box 24 without being stored in 40, and the non-reflux operation mode for returning to the banknote outlet 23 after the return operation to the operation unit 16 is selected, so that the money and machine managed by the operator are selected. Operation that clearly distinguishes from side-managed money is possible.

  In addition, the reflux operation mode can be executed by reading the control program for the reflux operation mode from the ROM 76, and the non-reflux operation mode can be executed by reading the control program for the non-reflux operation mode from the ROM 76. By switching only the control program in the ROM 76, operation in the reflux operation mode and operation in the non-reflux operation mode can be switched. Therefore, it is not necessary to switch the hardware such as the stacker and the conveyance path, and the operation in the reflux operation mode and the operation in the non-reflux operation mode can be easily switched.

  Further, when the return operation mode is switched to the non-reflux operation mode, the banknotes of the stacker 38 set in the temporary storage unit are automatically stored in the banknote recovery box 24. Therefore, the temporary storage unit is set. In the state where the banknote in the return operation mode remains on the stacker 38, the temporarily stored banknote in the non-return operation mode is not mixed with this.

  The control unit 75 does not read out the corresponding mode control program at the time of mode switching from the ROM 76 in which the control program for the reflux operation mode and the control program for the non-reflux operation mode are stored. A ROM storing a control program and a ROM storing a control program for the non-reflux operation mode may be prepared and replaced with a mode ROM corresponding to the mode switching. In this case, when exchanging the ROM, all operations are ended, all the banknotes in the banknote depositing / dispensing device 12 are collected, and the banknotes in the banknote depositing / dispensing device 12 are emptied.

  Next, the coin deposit / withdrawal apparatus 11 will be described mainly with reference to FIGS.

  As shown in FIG. 15, the coin deposit / withdrawal apparatus 11 includes a first transport unit 101 that transports the coins inserted into the coin deposit port 15 laterally, specifically, to the left, and downstream of the first transport unit 101. Specifically, a deposit coin transport unit (money transport means) 103 is connected to the left side, and has a second transport unit 102 that receives coins from the first transport unit 101 and transports them backward while turning back at an acute angle in the horizontal direction. I have.

  The coin deposit port 15 is provided below the hopper unit 105 so as to form a cylindrical hopper portion 105 that guides the inserted coins downward and a bottom portion of the coin deposit port 15 when loose coins are inserted from the outside. An endless belt conveyor 106 that extends sideways from this position to the left and conveys coins in the extending direction during normal rotation and an upper side of the belt conveyor 106 are arranged to perform normal rotation during normal rotation. A separating roller (not shown) that moves the opposite portion in the direction opposite to the conveying direction of the belt conveyor 106, and a deposit coin feeding drive unit shown in FIG. 17 that is a common driving source that drives the belt conveyor 106 and the separating roller forward and backward. 107. Then, the coin deposit port 15 is provided at a midway position provided in the middle of feeding the coins inserted via the hopper 105 in the extending direction by the belt conveyor 106 that normally rotates with the driving force of the deposit coin feeding drive unit 107. The paper is separated one by one by a separation roller (not shown) that rolls and is further fed downstream.

  The coin deposit slot 15 is provided with a sensor 108 shown in FIG. 17 for detecting residual coins on the belt conveyor 106.

  The belt conveyor 106 of the coin deposit port 15 constitutes the coin deposit port 15, and also constitutes the above-described first transport unit 101 that transports the coins inserted into the coin deposit port 15. At the end point of the first transport unit 101 constituted by the belt conveyor 106, the upstream side portion of the transport path 111 of the second transport unit 102 that receives coins from the belt conveyor 106 and transports them to the rear of the machine body, that is, the start point is an acute angle. It is connected to make.

  The second transport unit 102 guides the coins transferred from the belt conveyor 106 of the first transport unit 101 onto the transport path 111 to the transport path 111 while pressing the coins on the transport path 111 from above while guiding the coins on both side walls 113 and 114. A plurality of transfer belts 115, 116 that are transported along, and a deposit coin transport drive unit 117 shown in FIG. 17 that drives these transport belts 115, 116.

  The transfer belts 115 and 116 are provided in a straight line that is slightly inclined with respect to the transfer path 111 that extends in a straight line. The transfer belts 115 and 116 are conveyed while being pressed against the left wall 113 so as to narrow the coins. Yes.

  On the upstream side of the transport path 111, a coin identifying unit (identifying unit) that identifies the authenticity and denomination of the coin and counts the denomination by detecting the magnetic property, image, outer diameter, etc. of the passing coin. ) 120 is provided, and on the downstream side of the coin identifying unit 120, an open / close reject unit 121 capable of removing coins from the transport path 111 based on the identification result of the coin identifying unit 120 is provided. The open / close reject unit 121 includes a reject hole 123 formed in the transport path 111 and a shutter 124 that opens and closes the reject hole 123.

  The transport path 111 is provided with an open / close sorting section 130 that can drop coins from the transport path 111 on the downstream side of the open / close reject section 121. The open / close sorting unit 130 includes a sorting hole 131 that can drop coins of all denominations formed in the transport path 111 and a shutter 132 that opens and closes the sorting hole 131.

  Further, sorting holes 133 to 137 are formed in the transport path 111 on the downstream side of the open / close sorting unit 130. These sorting holes 133 to 137 sort coins by the outer diameter. That is, a sorting hole for a one-yen coin is arranged from the upstream side to the downstream side along the coin conveyance direction so that the coins guided and moved by the left wall 113 serving as the reference surface are sorted in order of decreasing outer diameter. A sorting hole 134 for 133, 50 yen coins, a sorting hole 135 for 5 yen coins, a sorting hole 136 for 100 yen coins, and a sorting hole 137 for 10 yen coins are formed in this order.

  A depositing counting sensor 138 for counting the number of coins dropped at each part is provided at a position immediately upstream of each of the opening / closing reject part 121, the opening / closing sorting part 130 and the sorting holes 133 to 137.

  A chute 139 shown in FIG. 14 is provided immediately below the opening / closing sorting unit 130 and the sort holes 133 to 137 for each denomination, and the lower side thereof is in a state along the front-rear direction as shown in FIG. A plurality of coin dispensing storage units (first storage units) 140 to 145 arranged in the left-right direction are provided. The coins dropped from the sorting hole 131 of the foremost opening / closing sorting unit 130 are stored in the leftmost coin dispensing storage unit 140. The 1-yen coin dropped in the sorting hole 133 for the second 1-yen coin from the front is stored in the second coin withdrawal storage unit 141 from the left side, and the sorting hole 134 for the third 50-yen coin from the front. The dropped 50 yen coin is stored in the third coin withdrawal storage unit 142 from the left side, and the 5 yen coin dropped in the sorting hole 135 for the fourth 5 yen coin from the front is the fourth coin from the left side. The 100-yen coin stored in the gold storage unit 143 and dropped in the sorting hole 136 for the fifth 100-yen coin from the front is stored in the fifth coin-collection storage unit 144 for the 100-yen coin from the left. The 10-yen coin dropped in the rear-side 10-yen coin sorting hole 137 is stored in the rightmost coin dispensing storage unit 145. The coins dropped by the open / close reject unit 121 are guided to the front coin reject port 19 by a reject chute 146 shown in FIG.

  Each coin dispensing storage unit 140 to 145 is endlessly arranged in the left-right direction so as to extend in the front-rear direction so as to form the bottom of each coin, and conveys coins to the coin dispensing port 18 side during forward rotation. The belt conveyor 147, a separation roller 148 that rotates so as to move the opposite portion in the direction opposite to the conveying direction of the belt conveyor 147 that normally rotates during normal rotation, and a common drive that drives the belt conveyor 147 and the separation roller 148 forward and backward It has a withdrawal coin conveyance drive part 149 shown in FIG. 17 which is a drive source.

  Here, the belt conveyor 147 is inclined so that the downstream side is located on the upper side, and the separation roller 148 described above is disposed at a predetermined position on the upper side thereof.

  Then, the coin dispensing storage units 140 to 145 convey all the loose coins to the coin dispensing port 18 side by causing all the belt conveyors 147 to rotate forward at once by the driving force of the dispensing coin conveyance driving unit 149. At this time, the separated coins 148 conveyed to the coin dispensing port 18 side are separated one by one by causing the common separation roller 148 to normally rotate with the driving force of the dispensing coin conveyance driving unit 149.

  Each of the coin dispensing storage units 140 to 145 has a solenoid 151 that restricts and allows coins to be fed out by advancing and retracting a pin (not shown) from above toward the belt conveyor 147 on the downstream side of the separation roller 148, and It has a withdrawal counting sensor 152 shown in FIG. 17 that counts coins dispensed from the belt conveyor 147 to the coin dispensing port 18 by driving of the solenoid 151, and a sensor 153 that detects an internal residual coin.

  A chute 154 that guides the coins fed out from the coin dispensing storage units 140 to 145 is provided between the coin dispensing storage units 140 to 145 and the coin dispensing port 18. An allocating unit 156 that switches between a state in which coins are guided to the coin collection box 20 and a state in which the coins are guided to the coin dispensing port 18 is provided by swinging the allocating member 155 by an electric drive such as a solenoid. . Here, the coin collection box 20 is a denomination mixed storage unit that can only deposit money in the coin deposit / withdrawal apparatus 11, and is attached to the coin deposit / withdrawal apparatus 11 on the coin collection box 20 side of the chute 154. An upper depositing port shutter (not shown) is opened and connected to the end, and coins fed out from the coin dispensing storage units 140 to 145 are inserted through the chute. Moreover, when the coin collection | recovery store | warehouse | chamber 20 is removed from the coin depositing / withdrawing apparatus 11, the deposit port shutter which is not shown in figure will be closed in response to this removal operation | movement. From this state, coins stored therein can be taken out by opening a door (not shown) by operating a key (not shown). The coin dispensing port 18 is provided with a sensor 158 shown in FIG. 17 for detecting coins in the coin dispensing port 18.

  The coin deposit / withdrawal device 11 is controlled by a control unit 75 common to the banknote deposit / withdrawal device 12, and the control unit 75 includes a ROM 76, a RAM 77, an operation unit 16, and a guidance display unit common to the banknote deposit / withdrawal device 12. 17, deposit coin feeding drive unit 107, sensor 108, deposit coin transport drive unit 117, coin identification unit 120, open / close reject unit 121, open / close sorting unit 130, deposit counting sensor 138, dispense coin transport drive unit 149, solenoid 151. The withdrawal counting sensor 152, the sensor 153, the sorting unit 156, and the sensor 158 are communicably connected.

  The control unit 75 can also operate the coin deposit / withdrawal device 11 in two modes of the reflux operation mode and the non-reflux operation mode. Therefore, the ROM 76 operates the coin deposit / withdrawal device 11 in the reflux operation mode. A control program for the reflux operation mode for causing the coin depositing / withdrawing apparatus 11 to operate in the non-reflux operation mode is stored.

  For example, in the state where the recirculation operation mode is selected, the control program for the recirculation operation mode is read from the ROM 76 to the control unit 75, and the control unit 75 controls the coin deposit / withdrawal apparatus 11 based on this control program. .

  In this return operation mode, all the coin withdrawal storage units 140 to 145 are denominated. That is, 500 yen coins are stored in the coin withdrawal storage unit 140, 1 yen coin is stored in the coin withdrawal storage unit 141, 50 yen coin is stored in the coin withdrawal storage unit 142, and 5 yen coin is stored in the coin withdrawal storage unit 143. However, 100-yen coins are stored in the coin dispensing storage unit 144, and 10-yen coins are stored in the coin dispensing storage unit 145, respectively.

  When a depositing operation is input to the operation unit 16 in a state where coins are inserted into the coin deposit port 15 during operation in the reflux operation mode, the control unit 75 starts a depositing operation. That is, as indicated by thick lines in FIGS. 18A and 18B, the coins in the coin deposit slot 15 are separated one by one by the belt conveyor 106 and a separation roller (not shown) and fed to the deposit coin transport unit 103 for deposit. The coins are identified by the coin identification unit 120 while being conveyed by the coin conveyance unit 103. Based on the identification result of the coin identification unit 120, the false coins, the damaged coins, and the coins that cannot be discriminated are dropped from the reject hole 123 by the open / close reject unit 121 and fed out to the coin reject port 19 to be out of the machine. Rejected.

  On the other hand, based on the identification result of the coin identifying unit 120, the coin that is a true coin and a genuine coin that is not soiled is moved to the downstream side of the deposited coin transport unit 103 by the closed opening / closing reject unit 121. As a result, the coins that are true coins and non-fouling genuine coins are sorted by the corresponding ones of the open / close sorting unit 130 and the sorting holes 133 to 137 and stored in the corresponding ones of the coin dispensing and storing units 140 to 145. The That is, if it is a 500 yen coin, it is stored in the coin withdrawal storage section 140 by the opening operation of the opening / closing sorting section 130, and if it is a 1 yen coin, it is stored in the coin withdrawal storage section 141 by the sorting hole 133, If there is a coin, it is stored in the coin dispensing storage unit 142 through the sorting hole 134, and if it is a 5-yen coin, it is stored in the coin dispensing storage unit 143 through the sorting hole 135, and if it is a 100-yen coin, it is stored through the sorting hole 136. If it is a 10 yen coin, it is stored in the coin dispensing storage unit 145 through the sorting hole 137.

  Here, the control unit 75 temporarily stores the identification result of the coin identifying unit 120, that is, the count value for each denomination, in the RAM 77, and all the coins inserted into the coin deposit port 15 are stored in the coin dispensing storage unit. When guided to any of 140 to 145 and the coin reject port 19, the count display result of the coin identifying unit 120 is displayed on the guidance display unit 17 and a display for prompting the subsequent processing is performed. That is, it asks whether to make an additional payment, cancel the payment, or confirm the payment.

  For additional deposit, when a coin is inserted into the coin deposit slot 15 and an additional deposit operation is input to the operation unit 16, the control unit 75 feeds the coin to the deposit coin transport unit 103 in the same manner as described above. Based on the identification result of the coin identification unit 120, the coin identification unit 120 identifies the result, and leads to one of the coin withdrawal storage units 140 to 145 and the coin reject port 19, and the guidance display unit 17 counts the coin identification unit 120. Is displayed to prompt further processing.

  When the operator inputs a deposit confirming operation to the operation unit 16, the control unit 75 confirms deposit and ends the deposit operation. However, in this return operation mode, the deposit is only confirmed on the processing of the control unit 75, and no coin is moved.

  When the operator inputs a deposit cancellation operation instead of an additional deposit operation and a deposit confirmation operation to the operation unit 16, the control unit 75 performs a return operation. That is, as indicated by the thick lines in FIGS. 19A and 19B, the belt conveyor 147 and the separation roller 148 are counted while counting the coins of the deposited amount from the coin dispensing storage units 140 to 145 by the dispensing counting sensor 152. The solenoid 151 causes the chute 154 to be fed out, and the sorting unit 156 feeds it to the coin dispensing port 18. Thereafter, when the sensor 158 detects that the coin has been removed from the coin dispensing port 18, the control unit 75 ends the depositing operation.

  When a withdrawal operation is input to the operation unit 16 during operation in the reflux operation mode, the control unit 75 causes a withdrawal operation to be performed. That is, as indicated by bold lines in FIGS. 19A and 19B, the coin of the amount input to the operation unit 16 is counted from the coin dispensing storage units 140 to 145 while being counted by the dispensing counting sensor 152. 147, the separation roller 148 and the solenoid 151 are fed to the chute 154, and the sorting unit 156 is fed to the coin dispensing port 18. Thereafter, when the sensor 158 detects that a coin has been removed from the coin dispensing port 18, the control unit 75 ends the dispensing operation.

  When the replenishment coin is inserted into the coin deposit port 15 and the replenishment operation is input to the operation unit 16 during the operation in the reflux operation mode, the control unit 75 causes the replenishment operation to be performed. That is, as shown by a thick line in FIGS. 18A and 18B, coins are replenished from the coin deposit port 15 to the coin dispensing storage units 140 to 145 in the same manner as the depositing operation described above.

  When a recovery instruction operation is input to the operation unit 16 during operation in the reflux operation mode, the control unit 75 causes a recovery operation to be performed. That is, as shown by the thick lines in FIGS. 20A and 20B, coins are fed from all the coin dispensing storage units 140 to 145 to the chute 154 by the belt conveyor 147, the separation roller 148 and the solenoid 151, and shaken. The distribution unit 156 guides the coin collection box 20. When it is detected that all the coins in the coin dispensing storage units 140 to 145 have been stored in the coin recovery box 20, the control unit 75 ends the recovery operation. Thereafter, the operator removes the coin collection box 20 and takes out the coins. In the collecting operation, all coins may be fed out to the coin dispensing port 18. In this case, it can be collected for each denomination.

  When the operator inputs an operation for selecting the non-reflux operation mode to the operation unit 16 from the state where the above-described reflux operation mode is selected, the control unit 75 reads the control program for the non-reflux operation mode from the ROM 76. The control unit 75 controls the coin deposit / withdrawal apparatus 11 based on the control program for the non-reflux operation mode.

  In this non-refluxing operation mode, one of the six coin dispensing storage units 140 to 145 is a temporary storage unit, and the remaining five are a money type. That is, the coin withdrawal storage unit 140 for 500 yen coins in the reflux operation mode is used as a temporary storage unit.

  When a deposit operation is input to the operation unit 16 in a state where coins are inserted into the coin deposit port 15 during operation in the non-reflux operation mode, the control unit 75 starts a deposit operation. That is, as indicated by thick lines in FIGS. 21A and 21B, the coins in the coin deposit slot 15 are separated one by one by the belt conveyor 106 and a separation roller (not shown), and fed to the deposit coin transport unit 103 for deposit. The coins are identified by the coin identification unit 120 while being conveyed by the coin conveyance unit 103. Then, based on the identification result of the coin identification unit 120, the false coins, the damaged coins, and the coins that cannot be discriminated are dropped from the reject hole 123 by the open / close reject unit 121 and fed out to the coin reject port 19 to be out of the machine. Rejected.

  On the other hand, based on the identification result of the coin identification unit 120, the coin that is a true coin and a non-fouling genuine coin passes through the closed open / close reject unit 121 as it is downstream of the deposited coin transport unit 103, and the open / close selecting unit At 130, all the coins are dropped and temporarily stored in the coin dispensing storage unit 140.

  Here, the control unit 75 temporarily stores the identification result of the coin identifying unit 120, that is, the count value for each denomination, in the RAM 77, and all the coins inserted into the coin deposit port 15 are stored in the coin dispensing unit 140. When guided to one of the coin reject ports 19, the control unit 75 displays the count result of the coin identifying unit 120 on the guidance display unit 17 and a display for prompting subsequent processing. That is, it asks whether to make an additional payment, cancel the payment, or confirm the payment.

  For additional deposit, when a coin is inserted into the coin deposit slot 15 and an additional deposit operation is input to the operation unit 16, the control unit 75 feeds the coin to the deposit coin transport unit 103 in the same manner as described above. Based on the identification result of the coin identification unit 120, the coin is identified by the coin identification unit 120 and guided to one of the coin dispensing storage unit 140 and the coin reject port 19, and the counting result of the coin identification unit 120 is displayed on the guidance display unit 17. Display to prompt the subsequent processing.

  When the operator inputs a deposit confirmation operation to the operation unit 16, the control unit 75 confirms the deposit, and subsequently, in the coin dispensing storage unit 140, as indicated by a thick line in FIGS. 22 (a) and (b). The temporarily stored coins are fed out to the chute 154 by the belt conveyor 147, the separation roller 148 and the solenoid 151 of the coin dispensing storage unit 140, and stored in the coin recovery box 20 by the sorting unit 156. Then, when all the temporarily stored coins in the coin dispensing storage unit 140 are stored in the coin recovery box 20, the control unit 75 ends the depositing operation including the storing operation. In other words, it is structurally impossible to sort and store the coins temporarily stored in the coin withdrawal storage unit 140 into the other coin withdrawal storage units 141 to 145, so that the coins after deposit confirmation is The coins are stored in the coin collection box 20 in a lump. Thereby, it becomes a non-reflux type which is not a recirculation type which uses the deposited coin for payment. Since there is no identification unit for withdrawal, the control unit 75 collects the count data stored in the RAM 77 before confirming the deposit as described above after the deposit is confirmed. It will be added to the total data.

  When the operator inputs a deposit cancellation operation instead of an additional deposit operation and a deposit confirmation operation to the operation unit 16, the control unit 75, as shown by bold lines in FIGS. 23 (a) and (b), the coin withdrawal storage unit 140. All the coins temporarily stored in the machine are fed out from the coin dispensing storage unit 140 to the chute 154 by the belt conveyor 147, the separation roller 148 and the solenoid 151 of the coin dispensing storage unit 140, and the distribution unit 156 receives the coin dispensing port 18. Perform the return operation to return by letting out. When the sensor 158 detects that the coin has been removed from the coin dispensing port 18, the control unit 75 ends the deposit operation including the return operation. As a result, the coin itself deposited in the coin deposit port 15 is fed out to the coin dispensing port 18 and returned. At this time, the control unit 75 erases the count data stored in the RAM 77 before the deposit cancellation operation at the same time during the deposit cancellation operation.

  As described above, by using one coin withdrawal storage unit 140 of the plurality of coin withdrawal storage units 140 to 145 as a temporary storage unit, the location and management of coins are clearly performed before and after the deposit confirmation operation. Therefore, stricter operation becomes possible.

  When a withdrawal operation is input to the operation unit 16 during operation in the non-reflux operation mode, the control unit 75 starts a withdrawal operation. That is, as indicated by bold lines in FIGS. 24A and 24B, the coin with the amount of money input to the operation unit 16 is converted into a coin withdrawal storage unit 141 excluding the coin withdrawal storage unit 140 constituting the temporary storage unit. While being counted by .about.145 with the withdrawal counting sensor 152, it is fed to the chute 154 by the belt conveyor 147, the separation roller 148 and the solenoid 151, and is fed to the coin dispensing port 18 by the distribution unit 156. Thereafter, when the sensor 158 detects that a coin has been removed from the coin dispensing port 18, the control unit 75 ends the dispensing operation. In this case, only five-kind coins (1-yen coins, 5-yen coins, 10-yen coins, 50-yen coins and 100-yen coins) are paid out for withdrawal.

  When a replenishment coin is inserted into the coin deposit port 15 and a replenishment operation is input to the operation unit 16 during operation in the non-reflux operation mode, the control unit 75 starts a replenishment operation. That is, as shown by the thick lines in FIGS. 25A and 25B, the coins in the coin deposit slot 15 are separated from the coin deposit slot 15 one by one and conveyed by the deposit coin conveyance unit 103, and the coin identification unit 120 Identify. Based on the identification result of the coin identifying unit 120, the open / close reject unit 121 causes the coin-rejected coin transport unit 103 to feed the fake coins, the damaged coins, and the coins that cannot be discriminated. On the other hand, based on the identification result of the coin identification unit 120, the coin that is a true coin and is a non-fouling genuine coin is placed on the downstream side of the deposit coin transport unit 103 as it is with the closed open / close reject unit 121 and open / close selecting unit 130. It passes and is stored in the coin withdrawal storage units 141 to 145 corresponding to the denomination. That is, if it is a 1-yen coin, it falls in the sorting hole 133 and stored in the coin dispensing storage unit 141, and if it is a 50-yen coin, it falls in the sorting hole 134 and stored in the coin dispensing storage unit 142. If it is a coin, it falls in the sorting hole 135 and stored in the coin dispensing storage unit 143. If it is a 100 yen coin, it falls in the sorting hole 136 and stored in the coin dispensing storage unit 144. It falls in the sorting hole 137 and is stored in the coin dispensing storage unit 145. In addition, about the case where the overflow coin and the 500 yen coin which does not need replenishment are mixed, all return to the coin rejection port 19 via the opening / closing rejection part 121, for example. When all the coins in the coin depositing port 15 are guided to one of the coin dispensing storage units 141 to 145 and the coin rejecting port 19 and the operator inputs a replenishment confirmation operation to the operation unit 16, the count data in the replenishment operation is obtained. After replenishment is confirmed, it is added to the total amount data in the coin deposit / withdrawal device 11 in a lump.

  When a collection instruction operation is input to the operation unit 16 during operation in the non-reflux operation mode, the control unit 75 starts a collection operation. That is, as shown by thick lines in FIGS. 26 (a) and 26 (b), all coins are removed from the belt conveyor 147 and the separation roller in the coin dispensing storage units 141 to 145 excluding the coin dispensing storage unit 140 constituting the temporary storage unit. 148 and solenoid 151 are fed to chute 154, and sorting unit 156 is fed to coin collection box 20. When it is detected that all the coins in the coin dispensing storage units 141 to 145 have been stored in the coin recovery box 20, the control unit 75 ends the recovery operation. Thereafter, the operator removes the coin collection box 20 and takes out the coins. In the collecting operation, all coins may be fed out to the coin dispensing port 18. In this case, it can be collected for each denomination.

  Here, also in the coin deposit / withdrawal device 11, switching from the reflux operation mode to the non-reflux operation mode and switching from the non-reflux operation mode to the reflux operation mode are controlled by predetermined switching operations to the operation unit 16. This is performed by reading the program from the ROM 76. That is, when the control unit 75 reads the control program for the reflux operation mode from the ROM 76, the reflux operation mode can be executed. When the control unit 75 reads the control program for the non-reflux operation mode from the ROM 76, the non-reflux operation mode is set. It becomes executable. Note that the mode switching may be performed not by a predetermined operation input to the operation unit 16 but by a switching device having a separate key and key operation of this switching device.

  When switching from the reflux operation mode to the non-reflux operation mode, the coin withdrawal storage unit 140 used as the denomination storage unit is used as a temporary storage unit. There must be. For this reason, when the operator performs a predetermined switching operation for switching from the reflux operation mode to the non-reflux operation mode to the operation unit 16, the control unit 75 uses the coin withdrawal storage unit 140 from the ROM 76 as a temporary storage unit. The control program for the non-reflux operation mode is read out, and at the same time, the coins are stored in the coin withdrawal storage unit 140 set as a temporary storage unit by the count data stored in the RAM 77 and the sensor 153 provided in the coin withdrawal storage unit 140. Check if there is any. And when a coin exists in this coin withdrawal storage part 140, the control part 75 makes the coin collection | recovery store | warehouse | chamber 20 automatically accommodate the coin of the coin withdrawal storage part 140 set to the temporary storage part. That is, as in the storing operation after the deposit is confirmed in the non-reflux operation mode indicated by the thick line in FIGS. 22A and 22B, all the coins in the coin dispensing storage unit 140 are all belt conveyor 147, separation roller 148, and The solenoid 151 of the coin dispensing storage unit 140 is fed out to the chute 154 and stored in the coin collection box 20 by the sorting unit 156. Then, when all the coins in the coin withdrawal storage unit 140 move into the coin collection unit 20 and the inside of the coin withdrawal storage unit 140 becomes empty, the operation in the non-reflux operation mode is started. Of course, when there is no coin in the coin dispensing storage unit 140 in the above confirmation, the operation in the non-reflux operation mode is started as it is. That is, it waits until the next input to the operation part 16 by an operator is performed, such as payment, withdrawal, replenishment, and collection. As described above, both the reflux operation mode and the non-reflux operation mode can be operated without any problem.

  On the other hand, when the operator performs a predetermined switching operation for switching from the non-reflux operation mode to the recirculation operation mode to the operation unit, the control unit 75 uses the coin withdrawal storage unit 140 from the ROM 76 as a denomination storage unit. Read the control mode control program. In this case, in the previous operation, the coin does not move to the next operation with the coin remaining in the coin dispensing storage unit 140 as the temporary storage unit, and the mode switching is performed when all the operations are completed. Therefore, the coins temporarily stored in the coin dispensing storage unit 140 in the process up to that point do not remain as they are. For this reason, the process which moves the coin of the coin withdrawal storage part 140 to the coin collection | recovery store | warehouse | chamber 20 is unnecessary. Then, the operation in the reflux operation mode is started as it is. That is, it waits until the next input to the operation part 16 by an operator is performed, such as payment, withdrawal, replenishment, and collection.

In addition, the denomination of the coin stored in the coin dispensing storage unit 140 in the reflux operation mode is a 500 yen coin as described above.
In addition, it is preferable to replenish coins to the coin dispensing storage unit 140 that has newly become a recirculation-type money storage unit when the operation in the reflux operation mode is started.

  According to the coin depositing / withdrawing apparatus 11 of the money depositing / dispensing machine 10 described above, a plurality of coin dispensing storage units 140 to 145 capable of depositing / withdrawing are all used as denomination storage units and inserted into the coin depositing port 15. The coins identified and counted by the coin discriminating unit 120 are selected by denomination and selected to be operated in the recirculation operation mode to be stored in the respective coin withdrawal storage units 140 to 145 without temporarily storing them. By doing so, the temporary storage section can be made unnecessary, and the reflux type machine can be reduced in size, simplified, and reduced in cost. And if necessary, the coin dispensing storage unit 140, which is any one of a plurality of coin dispensing storage units 140 to 145 that can be deposited and withdrawn, is used as a temporary storage unit and is inserted into the coin deposit port 15. The coins identified and counted by the coin identification unit 120 are temporarily stored in the coin dispensing storage unit 140, which is a temporary storage unit, in a denomination mixed state, and temporarily stored in the coin withdrawal storage unit 140, which is this temporary storage unit. The coins are stored in the coin collection box 20 without being stored in the coin withdrawal storage units 141 to 145 after the deposit confirmation operation to the operation unit 16, while being stored in the coin withdrawal port 18 after the return operation to the operation unit 16. By selecting the non-reflux operation mode to be returned, it becomes possible to clarify the distinction between operator-side managed coins and machine-side managed coins.

  In addition, the reflux operation mode can be executed by reading the control program for the reflux operation mode from the ROM 76, and the non-reflux operation mode can be executed by reading the control program for the non-reflux operation mode from the ROM 76. By switching only the control program in the ROM 76, operation in the reflux operation mode and operation in the non-reflux operation mode can be switched. Therefore, the hardware does not need to be switched, and the operation in the reflux operation mode and the operation in the non-reflux operation mode can be easily switched.

  Furthermore, when the recirculation operation mode is switched to the non-reflux operation mode, the coins of the coin dispensing storage unit 140 set in the temporary storage unit are automatically stored in the coin recovery box 20, so that the temporary storage unit In the state where the coins in the recirculation operation mode remain in the coin dispensing storage unit 140 set to, the temporarily stored coins in the non-reflux operation mode are not mixed with this.

  In addition, when the non-reflux operation mode is switched to the recirculation operation mode, the coin withdrawal storage unit 140 set in the temporary storage unit in the non-reflux operation mode is automatically set as a denomination storage unit of 500 yen coins. In the non-reflux operation mode with few denomination storage units, the coin withdrawal storage unit 140, which is a temporary storage unit in the non-reflux operation mode, is shared with the 500 yen coin in the return operation mode. A small amount of coins with high frequency can be withdrawn.

  In the coin deposit / withdrawal device 11 as well, the control unit 75 reads out the corresponding mode control program at the time of mode switching from the ROM 76 in which the control program for the reflux operation mode and the control program for the non-reflux operation mode are stored. Instead, a ROM storing a control program for the reflux operation mode and a ROM storing a control program for the non-reflux operation mode are prepared and replaced with the corresponding mode ROM when the mode is switched. good. In this case, when exchanging the ROM, all operations are ended, all the coins in the coin depositing / dispensing apparatus 11 are collected, and the coins in the coin depositing / dispensing apparatus 11 are emptied.

  In the above description, the money depositing / dispensing machine 10 including the coin depositing / withdrawing apparatus 11 and the banknote depositing / withdrawing apparatus 12 has been described as an example. Of course, only the coin depositing / dispensing machine for depositing / withdrawing only coins and the banknotes are deposited / withdrawn. It can be applied to any money depositing and dispensing machine.

It is a perspective view which shows the money deposit or withdrawal machine of one Embodiment of this invention. It is side sectional drawing which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention. It is a control system block diagram by the side of the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote before the money_receiving | payment confirmation operation at the time of the money_receiving | payment operation in a recirculation | reflux operation mode is shown with a thick line. Is. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of the return operation | movement in a recirculation | reflux operation mode and a withdrawal operation | movement is shown with a thick line Is. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of collection | recovery operation | movement in recirculation | reflux operation mode is shown with a thick line. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote before the payment confirmation operation at the time of the depositing operation in non-reflux operation mode is a thick line It is shown. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote after the deposit confirmation operation at the time of the depositing operation in non-reflux operation mode is shown with a thick line. It is shown. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of the return operation | movement in non-refluxing operation mode is shown with a thick line. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of the payment operation | movement in non-reflux operation mode is shown with a thick line. . BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of the replenishment operation | movement in non-reflux operation mode is shown with a thick line. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows schematically the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of collection | recovery operation | movement in non-reflux operation mode is shown with a thick line. BRIEF DESCRIPTION OF THE DRAWINGS It is a sectional side view which shows roughly the banknote depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention, Comprising: The conveyance route of the banknote at the time of a count operation is shown with a thick line. It is side sectional drawing which shows roughly the coin depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention. It is an upper plane sectional view showing roughly a coin depositing and dispensing device of a money depositing and dispensing machine of one embodiment of the present invention. It is a lower plane sectional view showing roughly a coin depositing and dispensing device of a money depositing and dispensing machine of one embodiment of the present invention. It is a control system block diagram by the side of the coin depositing / withdrawing apparatus of the money depositing / withdrawing machine of one Embodiment of this invention. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, Comprising: Deposit confirmation operation at the time of depositing operation in the return operation mode The transport route of the previous coin is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, and at the time of return operation and withdrawal operation in the recirculation operation mode The coin transportation route at the time is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, Comprising: Coin conveyance at the time of collection operation in recirculation operation mode The route is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, and payment confirmation at the time of depositing operation in the non-reflux operation mode A coin transportation route before operation is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, and payment confirmation at the time of depositing operation in the non-reflux operation mode A coin transportation route after operation is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, Comprising: The coin at the time of return operation in the non-reflux operation mode A conveyance route is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, and is the coin at the time of dispensing operation in the non-reflux operation mode The transport route is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin depositing and dispensing device of the money depositing and dispensing machine of one embodiment of the present invention, Comprising: A conveyance route is indicated by a bold line. It is the plane sectional view (a) and side sectional view (b) which show roughly the coin deposit and withdrawal device of the money deposit and withdrawal machine of one embodiment of the present invention, Comprising: A conveyance route is indicated by a bold line.

Explanation of symbols

10 Money deposit / withdrawal machine 15 Coin deposit port (deposit port)
16 (Operation section)
18 Coin withdrawal (withdrawal part)
20 Coin collection box (second storage)
22 Banknote deposit port (deposit port)
23 banknote outlet (withdrawal part)
24 banknote collection (second storage)
31 Deposit banknote transport path (money transport means)
32 bill recognition part (identification part)
38-40 stacker (first storage part)
75 Control section 76 ROM (storage means)
103 Deposit coin transport section (money transport means)
120 Coin identification unit (identification unit)
140 to 145 Coin withdrawal storage unit (first storage unit)

Claims (5)

A deposit port into which money is inserted from the outside of the machine, a currency transport means for transporting the money inserted into the deposit port, an identification unit provided in the middle of the currency transport means for identifying and counting money, A plurality of first storage units provided on the downstream side of the identification unit and capable of depositing and withdrawing money, and a second storage unit provided on the downstream side of these first storage units and capable of depositing money. A money depositing / withdrawing machine having a portion, a dispensing unit that enables taking out money outside the machine, and an operation unit for performing an operation input,
All of the plurality of first storage units are used as denomination storage units, and each denomination is selected by denominating the money inserted into the deposit port and identified and counted by the identification unit into denominations and temporarily stored. Any one of the reflux operation mode stored in the storage unit and the first storage unit is used as a temporary storage unit, and the money inserted into the deposit port and identified and counted by the identification unit is denominated. The money is temporarily stored in the temporary storage unit in a state, and the money temporarily stored in the temporary storage unit is stored in the second storage unit after the deposit confirming operation to the operation unit and is not stored in the first storage unit. A money depositing and dispensing machine characterized in that the operation mode can be selected.   A storage means for storing the control program; the reflux operation mode can be executed by reading the control program for the return operation mode from the storage means; 2. The money depositing and dispensing machine according to claim 1, wherein the non-refluxing operation mode can be executed by reading the control program.   The money of the first storage unit set in the temporary storage unit is automatically stored in the second storage unit when the return operation mode is switched to the non-reflux operation mode. A money depositing and dispensing machine according to 1 or 2.   When switching from the non-reflux operation mode to the return operation mode, the first storage unit set in the temporary storage unit in the non-reflux operation mode is selected and input from a plurality of denominations in the operation unit The money depositing / withdrawing machine according to claim 1, wherein the money depositing / withdrawing machine can be set in a denomination storing unit of the denominated denomination. When the non-reflux operation mode is switched to the return operation mode, the first storage unit set in the temporary storage unit in the non-reflux operation mode is automatically set as a denomination storage unit of 500 yen coins. The money depositing and dispensing machine according to any one of claims 1 to 3.

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