JPH11328486A - Money processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a compact money processor for inputting plural cash in a batch, and for returning unidentifiable cash at the time of money input. SOLUTION: A cash processing part 3 of a cash inputting and outputting machine is provided with an end batch cash insertion port 5, input cash separating part 11 for separating and feeding inserted cash one by one, input cash identifying part 12 for identifying the authenticity and denomination of fed cash, input cash carrying belt 13, circular type housing storage 14 for accumulating and housing normal cash identified by the input cash identifying part 12 in a state the denomination coexists, reject gate 26 provided at the exist edge of the input cash carrying belt 13 for operating when the identification by the input cash identifying part 12 is made invalid, and reject carrying part 27 for carrying unidentifiable cash whose carrying path is switched by the reject gate 26 to a cash output port 6. Thus, false cash or cash whose denomination can not be discriminated is returned while the cash inputting operation is continued.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cash processing apparatus, and more particularly to a POS (poin) system at a gas station or the like.
The present invention relates to a small-sized money processing apparatus that is used in connection with a register or the like and integrally includes a banknote processing unit and a coin processing unit that perform banknote and coin deposit / withdrawal processing.

[0002]

2. Description of the Related Art In a cash processing apparatus used for a store cash register or the like, the rationalization of cash transfer operations with customers is progressing, and cash registers connected to POS terminals have become widespread.

[0003] Recently, a money processing apparatus has been developed which automatically performs a deposit / withdrawal process of coins and bills according to input information of a POS terminal. The money processing apparatus generally includes a coin processing machine and a bill processing machine, each of which is installed near a POS terminal. For example, a coin processing machine that is installed under a POS terminal and has a size equivalent to a cash drawer has been put to practical use. On the other hand, as a banknote handling machine, a floor-installed type having a vertically long structure has been put to practical use. In such a banknote handling machine, the banknote pay-in / pay-out port is generally at the height of the waist of the operator, and the operability cannot be said to be good. In addition, the banknote handling machine is necessarily large in size because it has a storage for each denomination. Further, as the size of the device increases, the transport distance of bills increases, so that the depositing and dispensing time also increases. Moreover, the entire apparatus is large and expensive. Therefore, due to the structure of the banknote handling machine, it is impossible to use it by installing it on a desk together with a POS terminal and a coin handling machine.

With respect to such a money processing apparatus, the present applicant has proposed a small-sized money processing apparatus in which a coin processing section and a bill processing section are integrated and can be installed on a desk (Japanese Patent Laid-Open No. 10-1998). 40437). According to this device, from the front, a coin processing unit that arranges and stores deposited coins in a rotating cylindrical storage, and a banknote processing unit that stores deposited bills mixedly in a single storage and dispenses only designated denominations are provided from the front. By arranging them side by side on the left and right to form an integrated structure, the size and size of the conventional cash drawer are reduced and the thickness is reduced (especially, the width of the device is reduced), enabling installation on a desk.

[0005] By the way, such a cash processing apparatus is used as a change machine in a cash register of a supermarket or the like, in which change is received for money received from a customer, and finally, the received money is inserted into the apparatus. At a gas station, for example, a cashier as a cash-in / pay-out machine that puts the money received from a customer into the machine, discriminates the machine, determines the amount of the deposit, and changes fishing according to gasoline sales data. Use.

[0006] Such a money handling apparatus as a cash-receipt-and-disbursement machine may not be able to correctly identify a deposited bill, because the deposited bill is dirty, broken, or torn. Unrecognizable bills are returned.

[0007] As a method of returning unidentifiable bills,
In the case of depositing one sheet at a time, the depositing conveyance path is reversed to return the deposit to the depositing port, and in the type of depositing a plurality of bills at once, the bill is returned to the rejecting port.

[0008]

However, when returning to the deposit port, the depositing operation is interrupted at that time, and when the subsequent bills are delayed or returned to the reject port, a dedicated reject port is required. There is a problem that space is required for the preparation, and it is difficult to reduce the size of the money handling apparatus.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a money processing apparatus capable of simultaneously inserting a plurality of bills and reducing the size. I do.

[0010]

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, the present invention provides a cash processing apparatus for performing a money receiving / dispensing process, comprising: a collective bill insertion slot capable of simultaneously inserting a plurality of bills; A stored banknote separator that separates and feeds out the banknotes inserted into the banknote insertion slot one by one, and a storage transport belt that conveys the banknotes fed from the stored banknote separator,
A storage banknote identification unit that identifies the authenticity and denomination of a banknote in the middle of banknote conveyance by the storage conveyance belt, and a circulation that sequentially stacks and stores banknotes that are authentic and denomination-identified by the storage banknote identification unit. A storage bin, a bill dispensing port for returning a banknote that cannot be identified by the stored banknote identification unit, and the transport direction of the banknotes transported by the storage transport belt in accordance with the identification result by the stored banknote identification unit. A banknote deposit processing unit having a first switching gate that switches to one of a bank storage and the banknote outlet, and a reject transport unit that transports the banknote from the first switching gate to the banknote outlet. A money processing device is provided.

[0011] According to such a money handling apparatus, the bills fed into the lump-sum bill insertion slot are separated one by one by the entering bill separating section and fed out to the entering / conveying belt. The fed banknote is checked for authenticity and denomination by the incoming banknote identification unit, and the banknote whose denomination is determined by the bill is conveyed by the incoming transport belt and accumulated in the circulation type storage with a mixture of denominations. Is stored. On the other hand, if the incoming banknote discriminating unit determines that the banknote is a fake bill or that the denomination cannot be determined, the first switching gate operates to reject the transport direction of the banknotes transported by the incoming transport belt from the circulation type storage. Switch to the transport section. As a result, the indistinguishable bill is conveyed to the bill dispensing port by the reject conveyance unit and returned. With this, even if bills that cannot be distinguished in counterfeit bills or denominations are mixed in bills that have been batch-inserted, such rejected bills are passed to the reject transport unit in front of the circulation type storage, and bills are dispensed. By returning to the mouth, the warehousing operation can be continued without interruption, and the bill processing portion can be reduced in size by using the reject mouth as the bill outlet.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the drawings, taking as an example a case where the present invention is applied to a money receiving and dispensing machine.

FIG. 1 is a schematic perspective view of a money receiving and dispensing machine.
The money receiving and dispensing machine 1 shown in FIG. 1 has an installation area substantially equal to that of the POS terminal 2 so that it can be installed and used under the POS terminal 2. The money receiving and dispensing machine 1 includes a bill processing unit 3 arranged on a right half thereof and a coin processing unit 4 arranged on a left half thereof. The banknote processing unit 3 includes a batch banknote insertion slot 5 through which a plurality of banknotes can be batch-inserted in a short horizontal direction, and a banknote outlet 6 which functions as a return port for rejecting banknotes while the banknotes are paid out as change.
And a ten-yen storage 7 for storing ten thousand-yen bills. On the other hand, the coin processing unit 4 has a coin receiving port 8 into which a plurality of coins can be inserted, and a coin dispensing port 9 for receiving coins released as change.

In the banknote processing section 3, a batch banknote insertion slot 5
When one or more bills are inserted into the bill, the bills are conveyed inside, the denomination is performed, and then conveyed to the circulation type storage, where they are stacked in the order in which they were conveyed regardless of the denomination. It is arranged and stored. The banknote whose denomination could not be identified at the time of deposit is conveyed to the banknote outlet 6. When dispensing banknotes as change, the banknotes are taken out one by one from the circulation type storage, and after the denomination is identified, if the denomination is a denomination, the banknote is inserted into the banknote outlet 6. Transported to
If the denomination is not a denomination, the bill is returned to the circulation type storage. If the denomination is determined to be 10,000 yen, the denomination is not a denomination that is recycled as change, and is conveyed to the ten-yen storage 6, where it is stored.

In the coin processing unit 4, when a plurality of coins of mixed denominations are inserted into the coin receiving port 8, each coin is sorted by denomination according to the outer diameter, and coins of the corresponding denomination are stored. It is thrown into a cylinder. The coin storage cylinder is a rotary type that is arranged in a horizontal position with a slight inclination, and stands up by the rotational force of the coin storage cylinder and the frictional force of the inner wall surface regardless of the posture of the coin input. In this state, they are accumulated at the end on the dispensing side and are arranged and stored. At the time of dispensing, the coins stored for each denomination are taken out one by one from a coin storage cylinder of a predetermined denomination, and are collectively discharged to the coin dispensing port 9 in a mixed denomination.

Next, the internal structure of the bill processing unit 3 in such a money receiving and dispensing machine 1 will be described. FIG. 2 is a side view showing the internal configuration of the bill processing unit. Bill processing unit 3
The incoming banknote separator 11 is connected to the collective banknote insertion slot 5 and separates and feeds out the inserted banknotes one by one; the incoming banknote identification unit 12 for identifying the authenticity and denomination of the fed banknote; A receiving and conveying belt 13, a circulating storage 14 in which a plurality of banknotes are accumulated and stored in a mixed denomination, an output banknote separation and feeding section 15 for separating and feeding banknotes one by one from the circulating storage 14, The delivery banknote identification unit 16 that identifies the denomination of the banknote that has been fed, the delivery transport unit 17, a storage switching gate 18 that switches the transport path of the banknote transported by the delivery transport unit 17, and a transport path that is performed by the storage switching gate 18. A bill storage and transport unit 19 that transports the switched banknotes to the million-yen storage 7, and a bill return that merges the bills transported by the unwinding and transporting unit 17 with the entrance transport belt 13. And sending passage 20, the bill return transport path 2
0, a withdrawal switch gate 21 and a hold switch gate 22 for switching the transport path of the bills transported by 0;
The banknote dispensing / transporting unit 23 that conveys the banknote whose conveyance path has been switched by the dispensing switching gate 21 to the banknote dispensing port 6, and temporarily holds the banknote whose conveyance path has been switched by the holding switching gate 22, and holds the banknote Withdrawal transport unit 24 that joins with the banknote withdrawal transport unit 23, and this withdrawal suspension transport unit 2
Banknote detection sensor 2 for detecting the holding state of the banknote in No. 4
5, a reject gate 26 provided at the exit end of the receiving / conveying belt 13 to constitute a reject gate, and a reject transport unit 27 for transporting the incoming banknote whose transport path has been switched by the reject gate 26 to the banknote outlet 6. And is constituted by. Here, the reject transport unit 27
Is constituted by a reversing surface of the receiving / conveying belt 13 and a roller, and the exit thereof is made to join with the exit of the bill dispensing / transporting section 23.

In such a configuration of the bill processing unit 3,
When a plurality of banknotes are put into the collective banknote insertion slot 5 at a time, the incoming banknote separator 11 separates and outputs banknotes one by one. Here, the bills separated one by one are authenticated and the denomination of the bills is performed in the incoming bill recognition unit 12,
Next, the paper is conveyed by the receiving / conveying belt 13 and aligned and collected in the circulating storage 14. However, the incoming banknote identification unit 1
As a result of the identification in step 2, if the bill is a true bill and the denomination cannot be identified, the reject gate 26 is moved to move the bill transport path from the side of the circulating storage 14 to the reject transport section 27.
And sends the incoming banknote to the reject transport unit 27. The banknote whose transport path has been switched by the reject gate 26 is transported to the banknote outlet 6 by the reversing surface of the storage transport belt 13 and the rollers constituting the reject transport unit 27. In this way, the incoming banknotes for which the authenticity and the denomination can be identified by the incoming banknote identification unit 12 are stored in the circulating storage 14, and the inbound banknotes that cannot be identified are rejected by the reject gate 26 and the reject transport unit 27. It is transported to the withdrawal port 6 and returned.

In the dispensing operation, the banknotes stored in the circulation type storage 14 are separated and fed one by one by a banknote separation / delivery unit 15, conveyed by a delivery / conveyance unit 17, and sent to a retrieval banknote recognition unit 16. The denomination of the issued banknote is identified. If the banknote identified by the issuing banknote identification unit 16 is discriminated from a banknote worthy of normal withdrawal, for example, a 1,000-yen banknote to be issued as change, the banknote is conveyed as it is by the feed-out conveying unit 17 and then the banknote Return transport path 2
0, the transfer is taken over, and in the middle of the transfer, guided by the dispensing switching gate 21 toward the bill dispensing transfer section 23,
The bill delivery unit 23 guides the bill to the bill dispensing port 6. When the banknote identified by the issuing banknote discriminating unit 16 is determined to be 10,000 yen which does not require withdrawal, the banknote is conveyed as it is by the feeding / forwarding transport unit 17, and toward the 10,000 yen storage / transporting unit 19 by the storage switching gate 18. Guided and accumulated in the 10,000 yen storage 7. When the bill discriminated by the banknote discriminating unit 16 is determined to be 5,000 yen, the bill is conveyed in the same manner by the feed-out conveyance unit 17 and the bill return conveyance path 20. Here, the bill detection sensor 25 determines whether there is a bill held in the withdrawal holding transport unit 24,
When the banknotes are held in the withdrawal holding / conveying section 24, the banknotes are conveyed as they are by the banknote return conveyance path 20, and sent to the junction on the downstream side of the reject gate 26,
From there, it is returned to the circulation type storage 14. On the other hand, when there is no banknote held in the withdrawal holding / conveying unit 24, the banknote conveyed by the banknote return conveyance path 20 is guided to the withdrawal holding / conveying unit 24 by the holding switching gate 22, It is held in the withdrawal holding transport unit 24. If 5,000 yen is discriminated from a banknote worthing a normal withdrawal at the start of the withdrawal operation, the banknote is immediately carried out directly from the withdrawal holding / transporting section 24, and the bill is withdrawn by the banknote withdrawing / transporting section 23. Guided to mouth 5. Furthermore, the banknotes that have failed to be identified by the exit banknote identification unit 16 pass through the banknote return transport path 20 and are returned to the recycle bin 1.
Re-input to 4.

Next, the flow of the payment processing and the payment processing of the bill processing unit 3 will be described. FIG. 3 is a flowchart showing the flow of the deposit processing of the bill processing unit. The deposit processing is started when a bill is inserted into the collective bill insertion slot 5. With respect to the inserted bills, first, the incoming bill separating unit 11 and the receiving / conveying belt 13 start operating, and one bill is fed out (step S1). Next, the banknote is authenticated and the denomination is identified in the incoming banknote identification unit 12 (step S2). Here, it is determined whether or not the incoming banknote identification unit 12 has correctly identified the authenticity and denomination of the banknote (step S3). If the banknote has been correctly identified, the banknote is transported by the incoming transport belt 13 and circulated. It is stored in the type storage 14 (step S4). Next, it is determined whether or not any banknotes remain in the collective banknote insertion slot 5 (step S5). If any banknotes remain, the process returns to step S1 to repeat the above process for another banknote. If no banknotes remain in the lump-sum banknote insertion slot 5, the deposit processing ends there.

If it is determined in step S3 that the bill cannot be properly identified, the reject gate 26 is moved to switch the bill transport path to the reject transport section 27 (step S6). This allows
The banknotes conveyed through the receiving / conveying belt 13 are continuously conveyed to the rejecting / conveying section 27 without leaving the receiving / conveying belt 13 at the reject gate 26, and are conveyed to the banknote outlet 6 by the rejecting / conveying section 27 and returned. Is performed (step S7). When the unrecognizable bill is returned to the bill outlet 6, the reject gate 26 is returned to its original position (step S8), and the process proceeds to step S5.

FIG. 4 is a flowchart showing the flow of the dispensing process of the bill processing unit. When the dispensing process is started, the storage switching gate 18, the dispensing switching gate 21, and the holding switching gate 22 are in the off state, and the storing switching gate 18 and the holding switching gate 22 at that time.
Indicates that the transport path is in the transport direction of the bill return transport path 20, and the dispensing switching gate 21 is that the transport path is in a direction from the bill return transport path 20 to the bill dispensing transport unit 23.

In the dispensing process, first, it is determined whether the amount to be dispensed as change is 5,000 yen or more (step S11). Here, if it is more than 5,000 yen, it is determined by the bill detection sensor 25 whether or not 5,000 yen is reserved in the withdrawal retaining and transporting unit 24 (step S12). If 5,000 yen is held in the withdrawal holding transport unit 24,
The withdrawal holding / transporting unit 24 and the bill dispensing / transporting unit 23 are driven to pay the reserved 5,000 yen to the bill dispensing port 6 (step S13). If the amount to be withdrawn in the determination in step S11 is less than 5,000 yen and in the determination in step S12,
If 5,000 yen is not held in the withdrawal holding / transporting unit 24, the banknote separation / delivery unit 15 and the payout / transport unit 17 are driven, and one banknote is fed from the circulation type storage 14 (step S14). The denomination of the fed banknote is identified by the issuing banknote identification unit 16 (step S15). Next, the flow of processing is branched into four according to the identification result by the issued banknote identification unit 16 (step S16).

First, when the identification result is a bill to be dispensed, the identified bill is conveyed by the feed-out transport section 17, the bill return transport path 20, and the bill dispensing / transporting section 23, and the bill outlet 6 (Step S17). If the identification result is 5,000 yen, first, the withdrawal hold transport unit 2
It is determined whether 5,000 yen is reserved in No. 4 (step S18). If 5,000 yen is not held in the withdrawal holding / conveying section 24, the withdrawal switching gate 21 and the holding / switching gate 22 are turned on, and the payout / conveyance section 1 is turned on.
7 and the banknotes conveyed by the banknote return conveyance path 20 are guided to the withdrawal holding conveyance section 24 (step S19). When it is confirmed that the banknote has arrived at the dispensing holding and transporting section 24 (step S20), the dispensing switching gate 21 and the holding switching gate 22 are turned off (step S2).
1). In addition, the withdrawal holding transport unit 2 is determined in step S18.
If 5,000 yen is reserved in 4 or step S16
If the denomination of the dispensed bill cannot be identified in step (3), the dispensing switching gate 21 is turned on (step S22), and the bills conveyed by the dispensing / conveying section 17 and the bill return / conveyance path 20 are circulated. Return to the warehouse 14 (step S
23), the dispensing switching gate 21 is turned off (step S24). If the identification result is 10,000 yen, the storage switching gate 18 is turned on (step S2).
5), the banknotes conveyed by the feed-out conveyer 17 are conveyed by the ten-yen storage and conveyance part 19 and stored in the ten-yen storage 7 (step S26), and the storage switching gate 18 is turned off (step S27).

Finally, step S13, step S1
7, Step S21, Step S24 or Step S
When the process of 27 is completed, it is determined whether or not the dispensing of the bill to be dispensed is completed (step S28). If the dispensing is not completed yet, the process returns to step S14, and the next bill is fed. The processing is repeated, and if the dispensing is completed, the dispensing processing ends.

FIG. 5 is a side view showing the internal structure of the coin processing unit. The coin processing unit 4 includes a coin separating and feeding unit 31 that separates and feeds coins inserted into the coin receiving port 8 one by one.
And a deposited coin transporting unit 32 for transporting the fed coin while pressing it downward, a coin sorting unit 33 having a sorting hole having a width corresponding to the outer diameter of the denomination, and falling from the sorting hole of each denomination. A rotary coin storage unit 34 composed of coin storage cylinders of denominations for receiving and aligning and storing coins, a coin feeding unit (not shown) for feeding coins stored from each rotary coin storage tube one by one, and the coins. And a dispensing transport unit 35 for transporting the coins fed by the feeding unit to the coin dispensing port 9.

In the coin processing section 3, when a plurality of coins are mixed into the coin receiving port 8 in a mixed denomination, the coin separating and feeding section 31 separates and feeds the inserted coins one by one.
The fed coin is slid and conveyed over the coin sorting unit 33 by the deposited coin conveying unit 32, and when the coin is conveyed to the sorting hole of the corresponding denomination, the coin falls through the sorting hole and is stored. The coins of the corresponding denomination are stored in the storage 34. At this time, the coin storage cylinder is driven to rotate, and the coins are always kept in an upright state by the rotational force and the frictional force of the inner wall surface, and in that state, the coins are accumulated and aligned and stored at the end on the dispensing side, The coin deposit operation ends. When dispensing coins, coins are dispensed one by one from a coin storage cylinder of a predetermined denomination by a coin dispensing section (not shown). The dispensed coins are transported to the coin dispensing port 9 by the dispensing transport section 35, and are discharged collectively to the coin dispensing port 9 in a mixed denomination.

[0027]

As described above, according to the present invention, when a false bill or a banknote whose denomination cannot be discriminated is mixed in the lump-sum banknote insertion slot provided with the separating and feeding mechanism, the incoming banknote discriminating section recognizes this. Detected, the transport path is switched by a reject gate during transport, and the return is made to the bill outlet via the reject transport unit. With this, even if a banknote whose denomination or denomination cannot be discriminated is mixed in a plurality of banknotes that have been inserted in a lump, it is impossible to discriminate the counterfeit bill or denomination while continuing the warehousing operation. A process of returning bills can be performed, and there is no interruption of the loading operation due to indistinguishable bills. In addition, by returning the indistinguishable bills to the bill payout slot, a person operating the money depositing / dispensing machine can easily confirm the indistinguishable bills, and can quickly deal with counterfeit bills, such as re-insertion and Exchange of bills can be performed.

[Brief description of the drawings]

FIG. 1 is a schematic perspective view of a money receiving and dispensing machine.

FIG. 2 is a side view illustrating an internal configuration of a bill processing unit.

FIG. 3 is a flowchart showing a flow of a deposit processing of a bill processing unit.

FIG. 4 is a flowchart showing a flow of a dispensing process of a bill processing unit.

FIG. 5 is a side view showing the internal configuration of the coin processing unit.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 money receiving / dispensing machine 2 POS terminal 3 bill processing unit 4 coin processing unit 5 batch bill insertion port 6 bill dispensing port 70,000 yen storage 8 coin receiving port 9 coin dispensing port 11 receiving bill separating unit 12 receiving bill discriminating unit 13 Receiving and Conveying Belt 14 Circulating Storage 15 Outgoing Bill Separation and Feeding Unit 16 Outgoing Bill Identification Unit 17 Feeding Out Transport Unit 18 Storage Switching Gate 190,000-Yen Storage / Transporting Unit 20 Bill Return Transport Path 21 Outgoing Switching Gate 22 Reservation Switching Gate 23 Banknote Dispensing transport unit 24 Dispensing holding transport unit 25 Banknote detection sensor 26 Reject gate 27 Reject transport unit

Claims (5)

[Claims] 1. A money handling apparatus for performing a money receiving / dispensing process, wherein a batch bill insertion slot into which a plurality of bills can be inserted at a time, and a bill inserted into the batch bill insertion slot are separated one by one. An incoming banknote separator that is fed out, an incoming transport belt that transports the banknote that has been fed from the incoming banknote separator, and an incoming banknote identification unit that identifies the authenticity and denomination of the banknote during the transport of the banknote by the incoming transport belt. A circulating storage that sequentially stacks and stores banknotes that can be identified as denominations and denominations in the incoming banknote identification unit, and a banknote outlet that returns unidentifiable banknotes in the incoming banknote identification unit; A first switching gate that switches a transport direction of the bills transported by the incoming transport belt according to the identification result by the incoming banknote identification unit to one of the circulation type storage unit and the banknote outlet; Currency processing apparatus characterized by comprising a reject conveyance portion from the first switching gate to transport the banknote to the banknote outlets, the deposit process of the banknote having a. 2. The money handling apparatus according to claim 1, wherein the first dispensing / transporting unit includes a reverse surface of the receiving / conveying belt and a roller. 3. An outgoing bill separating and feeding unit that separates and feeds bills stored in the circulation type storage one by one, and a paying out conveying unit that conveys bills fed from the outgoing bill separating and feeding unit; A delivery banknote identification unit that identifies the denomination of a banknote in the middle of banknote conveyance by the delivery / conveyance unit, a banknote storage box that stacks and stores banknotes that are not ejected to the banknote outlet, and the exit banknote identification unit. A second switching unit that switches the transport direction of the bills conveyed by the feed-out transport unit to one of the bill storage cabinet and the circulation storage cabinet in accordance with the result of the identification by
A switching gate, a storage transport unit that transports the banknotes from the second switching gate to the banknote storage, and the circulation of the banknotes switched in the direction of the circulation type storage by the second switching gate. A bill circulation conveyance path to be conveyed to the type storage, and a conveyance direction of the bill conveyed by the bill circulation conveyance path according to the result of the identification by the exiting bill identification unit, either the bill dispensing port or the circulation type storage. A third switching gate that switches the transport direction of the bill, a bill dispensing and transporting unit that transports the bill from the third switching gate to the bill dispensing port, A withdrawal holding / transporting unit to be merged into the unit, and a transport direction of the bills transported by the bill circulation transport path in accordance with a result of identification by the outgoing bill identification unit. Or currency processing apparatus according to claim 1, characterized in that it comprises a dispensing process of the banknote having a fourth gate switching to either dispensing pending transport unit. 4. The money handling apparatus according to claim 3, wherein the reject transport unit is configured to join an outlet of the reject transport unit to the bill dispensing transport unit. 5. A coin depositing port into which a plurality of coins can be inserted at one time, a coin separating and feeding section for separating and feeding the inserted coins one by one, and sorting out the fed coins by denomination. A coin sorting section, a rotary coin storage section for storing the sorted coins by denomination, a coin feeding section for feeding a specified number of coins from the rotor mechanism or the storage section at the time of dispensing, and a coin feeding section for feeding the fed coins. A coin dispensing / transferring unit having a coin dispensing / transporting unit that conveys to a dispensing port, and a coin receiving / dispensing processing machine having: The money handling apparatus according to claim 3, wherein