JP4830414B2 - Banknote deposit and withdrawal machine - Google Patents

Description

  The present invention relates to a banknote depositing / dispensing machine that is disposed at a staff counter of a financial institution such as a bank and deposits / withdraws banknotes used by the staff.

  In general, as shown in FIG. 11, this type of banknote depositing and dispensing machine has a depositing unit 111, a dispensing unit 112, and a return port 113 on the front surface, and discriminates banknotes deposited in the depositing unit 111 during the depositing process. The discriminating process is performed by the unit 114, the banknote subjected to the discrimination process is guided to the temporary storage unit 115 provided in the banknote conveyance path, temporarily stored, and after the payment transaction is confirmed, the banknote is drawn out from the temporary storage unit 115, and the banknote that has been extracted is identified A discrimination process is performed at 114, and storage processing is performed in the denomination storage 116 (for example, see Patent Document 1).

The deposit failure banknote is returned to the return port 113, the deposit cancellation banknote is returned to the withdrawal section 112, and the reject banknote at the time of withdrawal is collected in the reject box 117 (for example, Patent Document 2).
Further, at the time of the withdrawal process, the banknotes drawn from the upper part of the denomination storage 116 are confirmed by the discrimination unit 114 and then withdrawn to the withdrawal unit 112.
JP-A-10-214361 JP-A-8-175698 (paragraph 0015, FIG. 2)

However, in the conventional technology as described above, the depositing unit, the withdrawal unit, and the return unit are provided independently, and furthermore, a temporary storage unit is provided, each of which has a banknote collection area, and each is independent. Since this arrangement space is provided, this is a factor that increases the size of the entire apparatus.
In addition, the conveyance distance becomes longer due to the arrangement relationship between the respective parts, and accordingly, the bending of the conveyance path and the switching of the conveyance direction increase, so that a complicated and large conveyance structure is required, which causes a jam.

Further, since the number of component parts is large, the structure is complicated and the manufacture is difficult, and naturally the cost is increased.
Therefore, according to the present invention, the deposit process and the withdrawal process are not performed simultaneously. The number of banknotes deposited during the depositing process is the same as the total number of banknotes inserted into the depositing section and banknotes in the temporary holding section. The temporary holding part is not used during the withdrawal process. Considering the above three situations, paying attention to the arrangement position of each part and the vastness of the banknote stacking area, the depositing section and the temporary hold by the partition member that can move one banknote stacking area in one banknote stacking direction An object of the present invention is to solve the above-mentioned problem by using the banknote accumulation area with the bank as a common use area, and further using both the temporary storage section and the withdrawal section.

In order to achieve the above-described object, the present invention temporarily holds a banknote that has been determined to be able to be deposited by identifying the banknote inserted during the depositing process by using a banknote identifying means, and after depositing is confirmed, the temporarily retained banknote is stored in the banknote storage unit. A banknote depositing / dispensing machine that stores and pays out banknotes determined to be able to be withdrawn by identifying the banknotes drawn out from the banknote storage unit at the time of withdrawal processing by the identification unit, and a position at which banknotes can be inserted and removed in the bill stacking section provided, the bill accumulating portion to place the partition member movable in the bill stacking direction, and deposit unit to introduce the bill into one during the deposit process partitioned by the partition member, the temporary holding the other a first bill feeding means shall also functions as a dispensing unit, for feeding the bills inserted into said inlet unit for stacking banknotes to be paid out during the dispensing process the escrow unit you integrated banknotes to the one o'clock Accumulated in the reserve A second bill feeding means for feeding the provided bill, when processing by feeding the bills inserted in the inlet unit, escrow with a member for pressing the bill said partition member into said first bill feeding means It is a member that accumulates banknotes, and when the temporarily held banknotes are fed and processed, the partition member is a member that presses the banknotes to the second banknote feeding means .

  In the present invention thus configured, one banknote stacking unit is provided, a movable partition plate is disposed in the banknote stacking unit, and a banknote placed on one side of the banknote stacking unit in a denomination mixed state is received. The banking unit is used as a depositing unit for depositing, and the other is used as a temporary holding unit for temporarily stacking and holding the deposited banknotes for return / intake, and as a withdrawal unit for taking out banknotes collected for the withdrawal process. In this way, the inside of the apparatus can be extremely reduced.

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

FIG. 1 is an overall explanatory view showing an embodiment, and FIG. 2 is an internal explanatory view.
In the figure, reference numeral 1 denotes a banknote depositing / dispensing machine that is arranged at a clerk window of a financial institution and used by a clerk, and has a clerk operation key 3 for setting deposit / withdrawal data and a display unit 4 on the front upper surface of the apparatus body 2 In addition, on the slope formed on the front surface of the apparatus main body 2, a return port 7, a depositing unit 6 and a dispensing unit temporary holding unit 8 are formed to perform bill depositing and dispensing processing.

  As shown in FIG. 2, the inside is provided with a banknote stacking unit 5 on which an clerk handles and operates banknotes on one upper side, and a partition plate 11 as a partitioning member movable in the banknote stacking direction and the banknote stacking unit 5. A driving device (not shown) for driving the partition plate 11 is provided, and one side is set as a depositing unit 6 for receiving and depositing a banknote placed in a denomination mixed state with the partition plate 11 being sandwiched, and the other is deposited. A temporary storage unit for temporarily storing banknotes for return / intake and a temporary storage unit 8 for combined use with a withdrawal unit that can take out banknotes accumulated in the withdrawal process. The three bill accumulation areas of the gold part and the temporary holding part are also used in common.

Above the banknote stacking unit 5, there are provided a shutter 9 that opens and closes to enable or restrict taking out of banknotes, and a drive means (not shown) that drives the shutter 9 to open and close.
Furthermore, the return port 7 which returns the banknote determined to be the identification defect at the time of money_receiving | payment at the upper one side is provided.

Moreover, the identification part 14 which identifies the authenticity and denomination of the deposit / withdrawal banknote connected with the depositing | paying part 6 and the withdrawal part combined temporary storage part 8 and the conveyance path 12, and several storage 15 which accommodates a banknote in a money type. And the rejection cassette 16 which collect | recovers the banknote determined to be the identification defect at the time of a money_receiving | payment taking-in and a payment processing, and the banknote banknote which are collect | recovered are each connected and arrange | positioned by the conveyance path 12.
As described above, the transport path 12 is configured by connecting the depositing unit 6 to the withdrawal unit / temporary holding unit 8 via the identification unit 14 and the identification unit 14, each storage 15, and the reject cassette 16. In addition, a passage detection sensor (not shown) that detects and confirms the passage of the bill N is arranged in the bill passage portion of the transport path 12 and each storage case 15 to detect and confirm the bill deposit / withdrawal processing state.

There is a storage 15 for storing the reject cassette 16 and the thousand yen bill, five thousand yen bill, ten thousand yen bill, two thousand yen bill and mixed bills from the front side to the rear side of the apparatus main body 2. Deposit and withdraw transactions.
The operation of the above configuration will be described.
The operation of each unit described below is controlled by a control unit (not shown) based on a program (software) stored in a storage unit (not shown).

<When depositing>
The banknote N inserted into the depositing unit 6 is closed by the start key of the clerk operation key 3, and the shutter 9 is closed. Through the depositing path in which the depositing unit 6 → identification unit 14 → withdrawing unit / temporary holding unit 8 is transported in this order. Then, the money is temporarily held in the withdrawal part and temporary holding part 8 and waits for the next payment confirmation process or the payment cancellation process.

When the deposit is confirmed by the deposit confirmation key of the clerk operation key 3, the bills are paid out from the withdrawal unit / temporary holding unit 8, and are transferred to the respective storages 15 through the storage path for carrying out the processing in the order of the identification unit 14 → the storage 15. Sort and store.
At the time of deposit cancellation, the shutter 9 is opened by the deposit cancellation key of the clerk operation key 3 so that the banknotes held in the withdrawal unit and temporary storage unit 8 can be taken out and returned.

<When withdrawing>
At the time of withdrawal, the storage unit 15 corresponding to the denomination is guided to the withdrawal unit / temporary holding unit 8 via the transport path 12, and after the withdrawal transaction is confirmed, the shutter 9 is opened to hold the withdrawal unit / temporary holding unit 8. Make it possible to take out the withdrawal banknotes.
When withdrawal is withdrawn, banknotes held in the withdrawal unit / temporary holding unit 8 are stored from the identification unit 14 via the transport path 12 into each storage 15 or reject cassette 16 corresponding to the original denomination. .

Next, with reference to FIGS. 3 to 8, the banknote stacking unit 5 and the banknotes in and out of the return slot 7 when the staff operates the transaction process as described above will be described.
FIG. 3 shows a state where banknotes are placed on the depositing unit 6 in a denomination mixed state.
<When depositing>
At the time of depositing, the partition plate 11 is moved in the direction of arrow A by a driving means (not shown), and stopped at a depositing storage position by a depositing storage position detection sensor (not shown).

The shutter 9 is moved in the direction of the arrow by a driving means (not shown) and stopped at a shutter fully opened position by a shutter full opening position detection sensor (not shown), so that a deposited banknote can be inserted.
As shown in FIG. 4, the shutter 9 moves in the direction of the arrow by the start key of the clerk operation key 3, and stops at the shutter closed position by a shutter closing position detection sensor (not shown).
At that time, the partition plate 11 is moved to a press-corresponding position corresponding to a plane parallel to the bottom plate 6a of the depositing unit 6 and presses and holds the banknote N placed between the partition plate 11 and the pickup roller 31 in a sandwiched state. The feeding operation is performed from this pressing and holding state.

When the bill N placed from the depositing unit 6 is fed out, it is fed out by the pickup roller 31 rotating. The pick-up roller 31 is a roller that separates the banknotes that come into pressure contact with each other and feeds them out from the depositing unit 6. A high friction member (not shown) is embedded in a part of the periphery of the pickup roller 31. To be separated.
A feed roller 32 and a reverse roller 33 are provided in pressure contact with each other behind the pickup roller 31. The feed roller 32 rotates clockwise and conveys the banknotes fed out by the pickup roller 31. The reverse roller 33 is also rotated clockwise so that only one banknote N is reliably fed out so that two or more banknotes N are not simultaneously fed out.

The banknotes N separated and fed out from the depositing unit 6 are identified and authenticated by the identification unit 14, and the normal banknotes N are accumulated in the withdrawal unit / temporary holding unit 8 and temporarily held. Is done.
Here, the withdrawal unit / temporary holding unit 8 will be described.
As described above, the pickup roller 35 has the same structure as the feeding mechanism of the depositing unit 6 and is rotatably provided. The pick-up roller 35 is a roller that separates the banknotes N that are in pressure contact with each other and feeds them out from the dispensing unit / temporary holding unit 8, and a high friction member (not shown) is embedded in a part of the periphery thereof. The banknotes are separated by the high friction member.

A feed roller 36 and a reverse roller 37 are provided in pressure contact with each other behind the pickup roller 35. The feed roller 36 rotates counterclockwise and conveys the banknote N fed out by the pickup roller 35, and rotates clockwise in the case of temporary deposit and withdrawal transactions. The bills N are taken in and accumulated. The reverse roller 37 is also rotated counterclockwise so that only one banknote N is reliably fed out so that two or more banknotes N are not simultaneously fed out.

Further, a tongue piece roller (not shown) having a tongue piece 38 is provided coaxially with the reverse roller 37, and this tongue piece roller rotates in the same direction as the reverse roller 37 and is taken into the dispensing portion serving temporary holding portion 8. The bills N are stabilized and stacked in a state where the bills N are flipped toward the partition plate 11 side.
Further, the partition plate 11 moves in the B direction for each number of fed banknotes according to the banknote number information and the passage detection sensor information of the identification unit 14, and stably feeds out the banknotes in the depositing unit 6 in a pressed and held state. A temporary banknote accumulation area in the temporary holding part 8 serving as a gold part is formed.

On the other hand, a counterfeit note or an abnormal transport note, that is, a rejected bill NN determined to be unacceptable by the identification unit 14 is returned to the return port 7.
All the banknotes thrown into the depositing unit 6 are drawn out, and normal banknotes are accumulated in the withdrawal unit / temporary holding unit 8 and the return of the rejected banknotes NN to the return port 7 is completed.
When there is a reject banknote NN, as shown in FIG. 5, the partition plate 11 moves in the direction B, and a receiving plate provided on the upper part of the withdrawal / cumulative holding portion 8 so as to face the bottom plate 6a of the depositing portion 6. The banknotes N placed on the partition plate 11 and the pickup roller 35 are pressed and held in a pinched state and moved to a press-corresponding position corresponding to a plane parallel to 8a.

  A table for storing the movement amount of the shutter 9 according to the number of temporarily held banknotes is provided, and the shutter 9 moves the shutter 9 in the direction B with reference to the table by the banknote number information and passage detection information of the identification unit 14. 9 and the partition plate 11 prevent the withdrawal of the withdrawal part and temporary holding part 8 from being taken out, and one of the depositing parts 6 is opened so that the reject banknote NN of the return port 7 can be re-inserted into the depositing part 6. The payout is performed and temporarily held in the withdrawal unit / temporary holding unit 8 and waits for the next process of payment confirmation processing or payment cancellation processing.

When the deposit is confirmed by the deposit confirmation key of the clerk operation key 3, as shown in FIG. 6, the partition plate 11 is moved in the direction B and moved to the pressing corresponding position corresponding to the plane in parallel with the receiving plate 8a. 11 and the pick-up roller 35 are pressed and held in a sandwiched state, and a feeding operation is performed from this pressed and held state.
When paying out the banknotes accumulated in the withdrawal unit / temporary holding unit 8, the dispensing unit configured by the pickup roller 35, the feed roller 36, the reverse roller 37, the receiving plate 8 a and the partition plate 11 is driven to serve as the withdrawal unit. The banknotes N are fed out from the temporary storage unit 8 one by one. Further, the partition plate 11 moves in the direction B for each number of fed banknotes based on the banknote number information and the passage detection sensor information of the identification unit 14, and stabilizes the banknotes in the withdrawal unit / temporary holding unit 8 in a pressed and held state. Perform the feeding operation.

  In addition, when paying out the banknotes accumulated in the withdrawal unit / temporary holding unit 8, although not shown, in addition to the above, the receiving plate 8a functions as a bill press and the partition plate 11 is lowered and retracted to the bottom plate 6a. You may make it comprise the feeding mechanism by the pick-up roller 31, the feed roller 32, and the reverse roller 33, and it may be made to pay out the banknote N from the withdrawal part combined temporary storage part 8 one by one. At that time, the receiving plate 8a moves for each number of fed banknotes according to the banknote number information and the passage detection sensor information of the identification unit 14, and stably feeds out the banknotes in the withdrawal unit / temporary holding unit 8 in a pressed and held state. Perform the action.

<When withdrawing>
At the time of withdrawal, first, as shown in FIG. 7, the shutter 9 stops at the shutter closed position to prevent removal, and the partition plate 11 stops at the deposit storage position, and the accumulation operation is started.
In the stacking operation, the feed roller 36 rotates in the clockwise direction, and the reverse roller 37 rotates in the counterclockwise direction, and the banknotes N are taken in and stacked in the dispensing unit / temporary holding unit 8.

The tongue roller coaxial with the reverse roller 37 rotates in the same direction as the reverse roller 37, and stabilizes in a state where the lower end of the banknote N taken into the withdrawal portion / temporary holding portion 8 is flipped and pushed toward the partition plate 11 side. Collected. Further, the partition plate 11 moves in the direction B for each number of fed banknotes according to the banknote number information and the passage detection sensor information of the identification unit 14, and secures a stacking area in the withdrawal unit / temporary holding unit 8.

In deposit cancellation or withdrawal banknote removal by the deposit cancellation key of the clerk operation key 3, as shown in FIG. 8, the partition plate 11 moves in the direction B and stops at the banknote removal position by a banknote removal position detection sensor (not shown). . Further, the shutter 9 moves in the direction B and stops at the fully opened position of the shutter, so that the bill N can be taken out.
As described above, according to this embodiment, there is a feature in that the three banknote accumulation areas of the depositing part, the withdrawal part and the temporary holding part can be used in common. The structure is not limited to the above as long as the banknote accumulation area can also be used.

For example, FIGS. 9 and 10 are explanatory views showing other embodiments.
In the following description, the same parts as those in the above-described embodiment are denoted by the same reference numerals and the description thereof is omitted.
The banknote stacking unit 5 is provided with a first partition plate 51 and a second partition plate 52 that are movable in the banknote stacking direction, and a driving device (not shown) that moves the partition plates 51 and 52.

At the time of deposit processing, the shutter 9 is moved in the B direction by the start key of the clerk operation key 3 and stopped at the shutter closed position so that the bill cannot be taken out.
The first partition plate 51 is moved in the direction corresponding to the pressure corresponding to the plane parallel to the bottom plate 6a, and presses and holds the banknote N placed between the first partition plate 51 and the pickup roller 31 in a sandwiched state. Then, the feeding operation is performed from this pressing and holding state.

One of the second partition plates 52 moves in the direction B for each number of banknotes according to the banknote number information and the passage detection sensor information of the identification unit 14, and secures a stacking area in the withdrawal unit / temporary holding unit 8, Accumulate temporary banknotes.
Furthermore, as shown in FIG. 10, a receiving plate 53 that can move in the banknote stacking direction and a driving means (not shown) that moves the receiving plate 53 are provided on one side of the banknote stacking direction of the banknote stacking unit 5. When the deposit cancellation key is used to cancel the deposit or the withdrawal banknotes are taken out, the receiving plate 53 is moved to a pressing-corresponding position corresponding to the plane parallel to the second partition plate 52, and the second partition plate 52 and the receiving plate 53 The stacked banknotes N are pressed and held in a sandwiched state, and from this pressed and held state, the second partition plate 52 and the receiving plate 53 move in the direction B, the shutter 9 opens to move the banknotes to the opening, and the banknotes After stopping at the take-out position, the receiving plate 53 moves in the direction B, and stops at the receiving plate HP position by a receiving plate HP (Home Position) detection sensor (not shown). Therefore, the shutter 9 moves in the direction B and stops at the fully opened position of the shutter, so that the banknote can be taken out.

In the same manner as when depositing and storing, the receiving plate 53 is made to function as a bill press so that the partition plates 51 and 52 are lowered and retracted to the bottom plate 6a, and a feeding mechanism by the pickup roller 31, feed roller 32, and reverse roller 33 is provided. It may be configured that the banknotes N are fed out one by one from the withdrawal unit / temporary holding unit 8.
Thus, according to the present embodiment, the deposit process and the withdrawal process can be performed more functionally.

  According to the present invention described above with reference to the embodiments, one banknote stacking unit is provided, a movable partition plate is disposed in the banknote stacking unit, and one of the partitions is placed in a denomination mixed state. The depositing unit that accepts the received banknote and deposits it, and the other is a temporary holding unit that temporarily stacks and holds the deposited banknote for return / intake, and the withdrawal unit that can take out the banknote accumulated in the withdrawal process. Since the bill collection area can be shared and used in common, the inside of the apparatus can be extremely reduced.

Further, since the conveyance distance between the respective parts is shortened with the common use, the bending of the conveyance path and the switching of the conveyance direction are reduced, and the effect of suppressing the occurrence of jam is enhanced.
Moreover, it is possible to use one bill feeding means as both a bill feeding means for taking in and feeding out a temporarily held bill at the time of depositing, and a bill feeding means for taking in and feeding out a bill at the time of withdrawal.

  Furthermore, the partition plate is a stage for collecting the banknote pressing plate member of the banknote taking-in means for taking in and processing the deposited banknote deposited in the depositing section, the banknote pressing member of the banknote feeding means for feeding out the retained banknote, and the withdrawal banknote. By making common use as a member, it is possible to reduce the number of parts, thereby making it possible to reliably reduce the size and price of the bill depositing and dispensing machine.

  In addition, when the deposit is canceled, the depositing unit is temporarily suspended by opening the shutter of the dispensing unit above it without transporting the deposit-holding banknote held in the withdrawal-holding unit inside the device. From this, it is possible to immediately take out the deposited banknotes, reduce the cause of the occurrence of jamming, and further shorten the take-out processing time.

Overall explanatory diagram showing an example Internal explanatory diagram Explanatory drawing which shows the operating state of a banknote accumulation part Explanatory drawing which shows the operating state of a banknote accumulation part Explanatory drawing which shows the operating state of a banknote accumulation part Explanatory drawing which shows the operating state of a banknote accumulation part Explanatory drawing which shows the operating state of a banknote accumulation part Explanatory drawing which shows the operating state of a banknote accumulation part Explanatory drawing which shows the operation state of the banknote stacking part of another Example. Explanatory drawing which shows the operation state of the banknote stacking part of the Example shown in FIG. Illustration of conventional example

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Banknote depositing / withdrawing machine 2 Apparatus main body 3 Personnel operation key 4 Display part 5 Banknote stacking part 6 Depositing part 6a Bottom plate 7 Return port 8 Depositing part combined temporary storage part 8a Receptacle 9 Shutter 11 Partition plate 12 Carriage path 14 Identification part 15 Storage 16 Reject cassette 31 Pickup roller 32 Feed roller 33 Reverse roller 35 Pickup roller 36 Feed roller 37 Reverse roller 38 Tongue piece 51 First partition plate 52 Second partition plate 53 Receiving plate

Claims (6)

The banknotes that have been inserted during the deposit process are identified by banknote identification means, and the banknotes determined to be depositable are temporarily held, and after the payment is confirmed, the temporarily held banknotes are stored in the banknote storage unit, and the banknotes are stored during the withdrawal process. A banknote depositing / dispensing machine that dispenses banknotes that are determined to be able to be dispensed by identifying the banknotes fed out from the section ,
The paper money accumulating portions provided on and taken out of the possible positions of the bill, the bill accumulating portion to place the partition member movable in the bill stacking direction, put the bill at the time of deposit processing one partitioned by the partition member and depositing unit that, it is assumed that also serves as a dispensing unit for stacking the banknotes to be paid out during the dispensing process the escrow unit for stacking the banknotes temporarily holding the other,
A first banknote feeding means for feeding out the banknotes inserted in the depositing section, and a second banknote feeding means for feeding out the banknotes accumulated in the temporary holding section ,
When the banknotes thrown into the depositing unit are fed out and processed, the partition member is a member that presses the banknotes to the first banknote feeding means and a member that accumulates temporarily held banknotes. A banknote depositing / dispensing machine , wherein the partitioning member is a member that presses a banknote to the second banknote feeding means when the banknote is fed out and processed . In claim 1,
Said second bill feeding means for capture and feed processing temporization banknotes during the deposit process, the bill feeding means for capture and feeding process of the bill during the dispensing process is also used, and commonly available structured A banknote depositing and dispensing machine characterized by that. In claim 1,
A shutter provided to open and close the banknote stacking unit;
Passage detection means for detecting passage of banknotes;
A table for storing the amount of movement of the shutter according to the number of temporarily held banknotes;
A return port for returning reject banknotes determined to be defective by the banknote recognition means ;
When all banknotes thrown into the depositing part during the depositing process are unwound and accumulation in the temporary holding unit is completed, when a reject banknote exists in the return port, the partition member is moved to the second banknote feeding unit. It is moved to the position for pressing the banknotes to a banknote number information of the bill identification means, by referring to the table based on the escrow number obtained by the passage detection information of the passing detecting means, and the partition member and the shutter in by moving the shutter so as to open the Rutotomoni the deposit part to close the escrow portion of the paper money accumulating portion, and wherein by controlling so as to be reintroduced into the inlet unit of the identification failure banknote return slot Banknote deposit and withdrawal machine. In claim 3 ,
The shutter is characterized in that by opening operation so as to enable extraction pending the banknote to the escrow unit to the time of deposit cancellation, the time of dispensing processing banknotes that are stacked in the dispensing portion is an opening operation so as to be taken out Banknote deposit and withdrawal machine. The banknotes that have been inserted during the deposit process are identified by banknote identification means, and the banknotes determined to be depositable are temporarily held, and after the payment is confirmed, the temporarily held banknotes are stored in the banknote storage unit, and the banknotes are stored during the withdrawal process. A banknote depositing / dispensing machine that dispenses banknotes that are determined to be able to be dispensed by identifying the banknotes fed out from the section ,
A banknote stacking unit is provided at a position where banknotes can be inserted and removed, and a first partition member and a second partition member that are movable in the banknote stacking direction are arranged in the banknote stacking unit, and the first partition member The partitioned side is used as a depositing unit that inserts banknotes during the depositing process, the temporary partitioning unit that stacks the banknotes that are temporarily held by the second partition member, and the withdrawal that collects the banknotes that are paid out during the withdrawal process. Part
A first banknote feeding means for feeding out the banknotes inserted in the depositing section, and a second banknote feeding means for feeding out the banknotes accumulated in the temporary holding section ,
When the banknote thrown into the deposit part is fed out and processed, the first partition member is a member that presses the banknote to the first banknote feeding means, and the second partition member is a temporarily held banknote. A banknote depositing / dispensing machine , wherein the second partitioning member is a member that presses the banknotes to the second banknote feeding means when the banknotes are collected and processed for processing the temporarily held banknotes . In claim 5 ,
Setting the movable receiving plate in the bill stacking direction in the second bill feeding means side of the paper money accumulating portion,
Time of deposit cancellation or dispensed banknotes taken out, in parallel the receiving plate to the second partition member moves to push the corresponding positions plane corresponding, banknotes that are stacked in said receiving plate and the second partition member sandwiched and pressed and held, the banknote input and characterized by the Turkey moves the paper money to the payment is part while the said receiving plate and the second partition member opens to retrieve the banknote of the pressing holding state Gold machine.