JPH0693266B2 - Paper handling equipment - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper sheet handling apparatus, and in particular, an automatic cash transaction for automatically performing a deposit transaction and a payment transaction for paper sheets, which are banknotes. It is suitable for use as a device.

[Background of the Invention]

In the conventional automated teller machine, for example, as shown in FIG. 14, a storage mechanism a for storing banknotes such as paper sheets is used.
A plurality of c are provided according to the type of banknote and are linearly arranged, and the plurality of storage mechanisms a to c each have an impeller part d for taking in the banknote and for taking out the banknote to the outside. There is something.

However, if each of the storage mechanisms a to c has the impeller part d for taking in and taking out bills, not only the number of components of the storage mechanisms a to c increases, but also the structure of the storage mechanism becomes complicated accordingly. Therefore, the device is expensive.

Further, a belt g is provided between the storage mechanisms a to c, the counting mechanism e for discriminating and counting banknotes, and the banknote transaction opening mechanism f in order to convey the banknotes. g
The length of the banknote becomes long due to aging, etc., and the banknote is bent, which may result in failure to properly control the conveyance of the banknote.

In addition, during a banknote deposit transaction, a primary stacker h is provided for temporarily storing the deposited banknotes before sorting the deposited banknotes into the storage mechanisms a to c. Since it also has a rejecting stacker i for rejecting banknotes such as tickets and damaged tickets that cannot be used for transactions, there is a problem that the overall structure is quite complicated.

[Object of the Invention]

The object of the present invention is made in view of the above circumstances, and it is possible to reduce the number of parts and simplify the structure by unitizing each constituent part, and to appropriately perform the conveyance control. Another object of the present invention is to provide a paper sheet handling apparatus which is capable of being expanded and whose function can be easily changed.

[Outline of Invention]

The present invention is different from the first paper sheet which is one kind of reusable at least the deposited paper sheet for the payment transaction at the time of the deposit transaction and the type which is different from the first paper sheet and does not perform the payment transaction. It is a paper sheet handling device that sorts it into the second paper sheet, takes it into the storage mechanism, and releases the first paper sheet from the storage mechanism to the transaction opening mechanism at the time of payment transaction. The opening mechanism, the counting mechanism for discriminating and counting paper sheets at the time of transaction, the storage mechanism for storing the first and second paper sheets, and the conveyance for transferring the paper sheets between the respective mechanisms. An apparatus and a control unit that controls these according to a predetermined program that is predetermined according to the type of transaction are formed as a unit, and the transfer device is provided between the transaction mechanism, the counting mechanism, and the storage mechanism. The paper sheets are placed and at the predetermined positions of the transaction opening mechanism and the counting mechanism. It has a hand part for collectively gripping and releasing the grip, and a moving part for moving the hand part to a predetermined position of each of the mechanisms, and the counting mechanism is provided on one side facing the transfer device and the transaction opening mechanism. And a stacking table on which the paper sheets to be distinguished and counted are placed, and a plurality of stack portions for selectively sorting and stacking the paper sheets to be distinguished and counted, whereby Was able to achieve the purpose of.

Example of Invention

An embodiment of the present invention will be described below with reference to FIGS. 1 to 13. FIG. 1 is a perspective view in which the paper sheet handling apparatus of the present invention is applied to an automated teller machine, FIGS. 2 and 3 are perspective views and sectional views showing a counting mechanism, and FIG. 4 is a perspective view showing a carrying device. 5 and 5 are explanatory views showing the function of the counting mechanism.

The automated teller machine of the embodiment emits a banknote of one denomination (for example, a 10,000-yen bill) at the time of payment transaction, and at the time of deposit transaction, the banknote and a different banknote different in denomination (for example, 1,000 yen). Bill)
Is configured to capture and. This automatic teller machine has a transaction opening mechanism 1, a counting mechanism 2, storage mechanisms 3 and 3 ′ for storing respective banknotes, and one transfer device 4.
And a control unit 5.

The transaction opening mechanism 1 has an opening 1a for taking out the bill into the device at the time of depositing the bill, and for taking out the bill to the outside of the device at the payment transaction of the bill. It is installed in the front upper position.

The counting mechanism 2 is configured to discriminate and count banknotes during a transaction, and is installed at a rear position facing the transaction opening mechanism 1. More specifically, as shown in FIG. 2 and FIG. 3, the counting mechanism 2 is a take-in unit that takes in banknotes to be transacted when the banknotes are collectively delivered by the transport device 4 described later. 21, a main conveyance path 22a for conveying the taken bills, a discriminator 23 provided on the main conveyance passage 22a for discriminating the bills, and a gate for sorting the discriminated bills according to the type of transaction. 24 and the gate
1st and 2nd which respectively convey the bill sorted by 24
Transport paths 22b, 22c, and stack sections 25a, 25b for holding the respective bills sent from the first and second transport paths 22b, 22c,
It is provided with a plurality of sensors 26a to 26d installed on the respective transport paths 22a, 22b and 22c for counting banknotes at their respective positions, and a case 27 in which these sensors are mounted at predetermined positions.

In the counting mechanism 2, when a proper number of banknotes to be traded are collectively placed on the mounting table 21a of the take-in section 21, the sensor 26a detects the banknotes, and the feed rollers 21b rotate so that the main transport path 22a one by one. It is taken up and passed through the main transport path 22a into the discriminator 23 for discrimination. Therefore, when the bill passes through the main transport path 22a, the discriminator 23 detects the denomination of the bill, detects whether the bill is a genuine bill or a false bill, and detects the degree of stains, damage, etc. of the bill. Then, banknotes that can be used for transactions are distinguished from banknotes that cannot be used for transactions.

Then, when the discriminated bill passes through the sensor 26b, the gate 24 sorts the bill into the stack parts 25a and 25b by opening and closing the passages to the desired transport paths 22b and 22c according to the type of transaction.

That is, when the transaction is payment, the gate 24 is such that banknotes for transaction are stacked on the stack section 25a via the transport path 22b, and banknotes for non-transaction are stacked on the stack section 25b via the transport path 22c.
When the transaction is a deposit, the banknotes for the transaction are transferred to the stack unit 2 via the transport path 22c.
The banknotes for non-transaction are distributed to the stack portion 25a via the transport path 22b.

At that time, the sensors 26c, 26d count the number of banknotes for transaction passing through the transport paths 22b, 22c.

Therefore, the stack unit 25a holds the transaction banknotes at the time of payment transaction, and the non-transaction banknotes at the time of deposit transaction, respectively.
The stack unit 25b holds non-transaction banknotes during payment transactions and transaction banknotes during deposit transactions.

The stack portions 25a and 25b are respectively installed on the front surface of the case 27 at a position near the mouth 1a of the transaction mechanism 1 and a position near the storage mechanism.

Further, the counting mechanism 2 distributes the banknotes 9a of the kind to be used for payment during the deposit transaction, and the other banknotes 9b and 9c for non-transaction. There is.

That is, as shown in FIG. 5, the counting mechanism 2 includes a banknote (10,000 yen bill) 9a of a kind usable for payment and a different kind of banknote (thousand yen bill) among the banknotes deposited during a deposit transaction. ) 9b and other 9c are mixed, when the bills are discriminated and counted, only the bills (10,000-yen bill) 9a are distributed to the stack section 25b for transaction, and different bills (thousands) Yen bills 9b and bills 9c composed of counterfeit bills, broken bills, etc. are distributed to the stack section 25a for non-trading purposes.

Then, during the continuation of the deposit transaction, the banknotes 9b, 9c for non-transaction are returned to the customer, and the banknotes 9b, 9c for non-transaction by the customer are heterogeneous banknotes (thousand yen). When the counting mechanism 2 discriminates and counts the different types of banknotes 9b by re-inserting only the bills 9b, the stack unit 25
I'm trying to sort it into a.

The storage mechanism 3 is a safe for storing banknotes by type.
It is composed of 31, 32 and is installed in the rear position of the support base 6 along the vertical direction and is arranged below the counting mechanism 2. One of the safes 31 stores bills (10,000-yen bills) 9a to be used for both deposit and payment transactions, and has a bill entrance / exit 33 on its front surface. Other safe
When there is a heterogeneous banknote (thousand yen bill) 9b in the deposited banknotes, 32 stores only the heterogeneous banknote 9b, has a banknote entrance / exit 34 on the front surface thereof, and It is located below.

Further, the safe 31 and the safe 32 are coupled to the device so that they can be integrally attached and detached.

The transfer device 4 is configured to transfer bills among the transaction opening mechanism 1, the counting mechanism 2, and the storing mechanism 3. That is, as shown in FIG. 1 and FIG. 4, the carrier device 4 is installed on the support base 6 between the transaction opening mechanism 1 and the counting mechanism 2 and in front of the storage mechanism 3, and the banknotes. The hand unit 41 for gripping the
And a moving unit 42 for moving the same to a predetermined position.

The hand unit 41 includes a main body 411 having a solenoid 412 for opening and closing.
And a pair of fingers 413, 41 provided on the body 411 so as to open and close in the direction of arrow D by the electromagnetic force of the solenoid 412.
4 and holds a proper number of banknotes collectively when the pair of fingers 413 and 414 are closed, and releases the banknotes when opened.

The moving unit 42 is connected to the pair of screw shafts 421 provided vertically between the transaction mechanism 1 and the calculation mechanism 2 and in the front position of the storage mechanism 3, and to the lower portion of each screw shaft 421. A vertical motor 422, a support plate 423 screwed to each screw shaft 421 and having a rotation motor 424, and a gear 426 that meshes with a gear 425 mounted on the rotation shaft of the rotation motor 424 on both side surfaces. The center shaft of the gear 426 is supported by the support plate 423, and is mounted on the slide base 428 having the front and rear motors 427 on the top and the rotation shaft of the front and rear motors 427 and provided on the main body 411 of the hand unit 41. It has a pinion 429 that meshes with the rack 415, and a holding unit (not shown) that holds the hand unit 41 on the slide base 428 in a state where the pinion 429 and the rack 415 mesh with each other.

When the screw shaft 421 is rotated around the axis by driving the vertical motor 422, the moving portion 42 moves the support plate 423 and the slide base 428 in the arrow direction A, so that the hand portion 41 moves in the same direction A. When the gear 425 is moved and rotated by the drive of the rotary motor 424, the gear 426 meshed with the gear 426.
Is rotated around the gear 425, and at the same time, the slide base 428 moves around the rotation axis of the rotation motor 424 in the arrow direction C.
When the pinion 429 is rotated by driving the front-rear motor 427, the hand portion main body 411 is moved in the arrow direction B by the rack 415 meshing with the pinion 429. By doing so, the hand portion 41 is moved in the same direction B.

Therefore, the moving unit 42 includes the mouth 1a of the transaction mechanism 1, the intake unit 21, the stack unit 25a, and the stack unit 25b of the counting mechanism 2.
And the bill port 33, 34 of the storage mechanism 3 between the hand portion 41.
Are moved, and the hand unit 41 holds or releases the banknotes at the opening 1a, the take-in unit 21, the stack units 25a and 25b, and the banknote inlets and outlets 33 and 34.

Therefore, as shown in FIG. 2, a cutout 21c is formed in the loading table 21a of the take-in unit 21 so that the hand unit 41 can pass the bills, and the stack units 25a and 25b hold the bills held therein by the hand unit. Notches 25'a and 25'b are respectively formed so that 41 can be gripped. In addition, the banknote doorway 3 of the storage mechanism 3
3, 34 are formed in such a size that the hand portion 41 can be inserted to hold and release the bill.

The control unit 5 controls each of the transfer device 4, the storage mechanism 3, the counting mechanism 2, and the transaction opening mechanism 1 according to a preset program according to the type of transaction, and stores the operation sequence of these. A memory (not shown) and a microcomputer for reading and executing the operation sequence are provided. The control unit 5 includes a storage mechanism 3 for the support base 6,
It is installed behind 3 '.

In FIG. 1, reference numeral 7 is a power supply unit.

Next, the transaction operation of the automated teller machine of the embodiment will be described.

[For payment transactions]

In the initial state, the hand portion 41 of the transport device 4 is located so as to face the take-in portion 21 of the counting mechanism 2 as shown in FIG.

Then, when the customer specifies payment as the transaction type and further specifies the payment amount, the hand unit 41
First, as shown by the arrow A in FIG. 6, the coin 31 is lowered to a position facing the banknote inlet / outlet 33 of the safe 31 of the storage mechanism 3 in which the 10,000-yen bill is stored, and then it is advanced in the arrow B direction to the banknote inlet / outlet 33. A plurality of upper portions of banknotes that have entered and are stacked in the safe 31 of the storage mechanism are collectively gripped.

At this time, the number of bills to be grabbed is larger than the amount of payment specified above. In addition, the fingers 413 and 414 of the hand unit 41
Will be inserted between the layers of the stacked banknotes.

After holding the banknotes collectively as described above, the hand unit 41
6 moves backward in the direction of arrow C in FIG. 6, then rises in the direction of arrow D, and temporarily stops facing the intake portion 21 of the counting mechanism 2,
After that, it moves forward and grabs the bills that are being grabbed by the loading platform of the loading section
Put it all together on 21a. Then, the counting mechanism 2 takes in the bill inside by the rotation of the feed roller 21b of the take-in unit 21, discriminates the bill by the discriminator 23, the gate 24, and the sensor 26c, and counts the bill. In this case, until the amount of money specified by the customer is counted, the banknotes for transaction are conveyed to the upper stack part 25a by the conveyance path 22b and accumulated, and the banknotes exceeding the payment amount are for non-transaction. Is transferred to and stacked on the lower stack section 25b.

When the bill counted by the counting mechanism 2 is less than the payment amount designated by the customer, the hand unit 41 returns to the safe 31 again to grab the bill and raise it again to supply it to the take-in unit 21 and repeat the counting operation. return.

After that, the hand unit 41 first rises from the position of the take-in unit 21 toward the stack unit 25a, and advances toward the stack unit 25a to grab the banknotes piled up on the stack unit 25a, and then the arrow mark in FIG. It is rotated 180 ° in the direction and conveyed to the mouth 1a of the transaction mechanism 1.

Thereafter, the hand unit 41 rotates in the direction opposite to the arrow E and descends, grabs all the banknotes stacked in the stack unit 25b as shown in FIG. Insert it into the banknote inlet / outlet 33 and release it in the form of being placed on the banknote.

As a result, the amount paid to the customer has been conveyed to the mouth 1a, so that the bills conveyed here are taken out by the customer when the shutter in the mouth 1a is opened.

[For deposit transactions]

Similarly to the above, the hand unit 41 of the transport device 4 is located so as to face the intake unit 21 of the counting mechanism 2 in the initial state. When the customer designates deposit as the transaction type and further designates the deposit amount, for example, 53,000 yen, the hand unit 41 causes the mouth 1a of the transaction opening mechanism 1 to operate as shown in FIG. Move to and wait. Then, if there are already banknotes, the banknotes 9a to 9c placed in this part are collectively grasped. Next, the hand unit 41 inverts the grabbed deposit bill as shown by the arrow and descends to convey it to the take-in unit 21 of the counting mechanism 2.

The counting mechanism 2 takes in banknotes one by one and performs discrimination and counting. At this time, the counting mechanism 2 distributes the banknotes (10,000-yen bills) 9a to be stored in the safe 31 of the storage mechanism 3 to the stack section 25b for trading, and other banknotes, that is, different-type banknotes (thousand-yen bills) 9b. Also, the banknotes 9c such as broken ones are distributed to the stack portion 25a for non-transaction (see FIG. 5).

Non-trading banknotes 9b, 9c distributed to the stack section 25a
Is gripped by the hand portion 41, and the hand portion 41
The product is returned to the customer by being turned over in the direction of arrow N shown in the figure and conveyed to the opening 1a of the transaction opening mechanism 1. Then, when the customer re-inserts only the different-type banknote 9b among the returned banknotes into the opening 1a of the withdrawal mechanism, the different-type banknote 9b is conveyed by the hand unit 41 to the taking-in unit 21 of the counting mechanism 2, and the counting mechanism 2 again discriminates and counts the stack part
25a (see Figure 5).

After that, the hand unit 41 first holds the bills (10,000-yen bills) 9a sorted to the stack unit 25b, stores them in the safe 31 by moving in the arrow direction shown in FIG. 9, and then,
Different banknotes (thousand yen bills) 9b distributed to the stack section 25a
Is held and stored in the safe 32 by moving it toward the safe 32 (see FIG. 5).

As a result, banknotes (10,000-yen bills) and different types of banknotes (1,000-yen bills) can be stored by denomination.

Thus, in the present embodiment, the transaction opening mechanism 1 and
Each of the counting mechanism 2, the storage mechanism 3, and the transport device 4 is unitized, and the transport device 4 causes each of the mechanisms 1 to operate.
Since the bills are delivered between 3 to 3, the structure of the storage mechanism 3 can be simplified as compared with the conventional one in which each storage mechanism is provided with a bill take-in / take-out function. The structure of the entire apparatus can be simplified, the number of constituent parts can be reduced, and since each of the constituent parts 1 to 4 is unitized, the assembling workability thereof can be improved.

Further, since the hand unit 41 grips and conveys banknotes in the conveying device 4, a belt is not necessary, and therefore, it can be said that the conveying speed changes due to a change in the length of the belt as compared with the conventional example using the belt. Can be eliminated, so the transport device 4
It is possible to appropriately carry out conveyance control.

Furthermore, in the present embodiment, the function of the device can be easily expanded. That is, since each component is unitized, the storage mechanism 3 can be easily added, and therefore the types of bills to be handled can be increased, so that the functions can be easily expanded. And the counting mechanism 2
Since the mounting table 21a and the stack parts 25a and 25b are provided on one side surface that faces the transfer device 4 and the transaction opening mechanism 1,
Since the moving distance of the carrier device 4 that moves between the transaction slot 1, the storage mechanism 3, and the counting mechanism 2 can be minimized, that is, the access time of the carrier device 4 can be shortened, the banknotes 9a to 9c. The transport time can be shortened.

Further, the counting mechanism 2 causes the stack section 25a to hold the banknotes to be discharged to the transaction opening mechanism 1 and the stack section 25b to hold the banknotes to be taken into the storage mechanism 3, regardless of the contents of the transaction. Since the section 25a is installed at the position close to the mouth 1a of the transaction opening mechanism 1 and the stack part 25b is installed at the position close to the storage mechanism 3, the storage mechanism 3 and the transaction opening mechanism 1 are connected to each other. It has a rational structure in which the distance is shortened as much as possible, and therefore the bill conveyance time can be further shortened.

FIG. 10 shows a second embodiment of the present invention.

In this case, at the time of deposit transaction, when the counting mechanism 2 discriminates and counts the bills, the bills of the kind to be used for payment.
9a (10,000-yen bill) and different banknotes (thousand-yen bill) 9b are distributed to the stack section 25b for trading, and other banknotes 9c are distributed to the stack section 25a for non-transaction.

Further, the counting mechanism 2 sorts the banknotes 9a, 9b for transaction when the banknotes for transaction distributed to the stack section 25b are transported to the take-in section 21 by the hand section 41 of the transporting device 4, respectively. ing. That is, the banknotes 9a are distributed to the stack section 25b, and the heterogeneous banknotes 9b are distributed to the stack section 25a.

Therefore, compared with the first embodiment, this embodiment does not return the different type banknotes 9b to the customer and sorts the different type banknotes 9b and 9a at the same time, so that the total amount of the banknotes can be confirmed quickly. Can be done.

FIG. 11 shows a third embodiment of the present invention.

In this case, during the deposit transaction, the counting mechanism 2 sorts the banknotes (10,000-yen bills) 9a and the different-type banknotes (thousand-yen bills) 9b into the stack section 25b for trading, and the other banknotes 9c as non-denominations. It is distributed to the stack section 25a for transactions.

Then, the banknotes 9a and the heterogeneous banknotes 9b distributed to the stack section 25b are stored in the safe 31 of the storage mechanism 3 by the hand section 41, and then, when the payment transaction is performed, the hand section is held.
When different kinds of banknotes 9b are mixed in the banknotes conveyed from the safe 31 to the counting mechanism 2 by 41, the counting mechanism 2 distributes the banknotes to the stack section 25a for transaction at the time of payment, and the different kinds of banknotes 9b are not transacted. Stack part 25b for use
I'm trying to sort out.

Therefore, different kinds of banknotes are stored in the storage mechanism 3 for deposit transactions in the same manner as banknotes for transaction, and sorted for non-transactions in payment transaction. It can be stored in the safe 32.

Compared to the above-described two embodiments, this embodiment takes in the banknotes 9a and the different-type banknotes 9b sorted by the counting mechanism 2 at the first time together in the safe 31 of the storage mechanism during the deposit transaction. , It is possible to further shorten the time for deposit transactions.

12 and 13 show another embodiment of the present invention.

In this case, when the counting mechanism 2 discriminates and counts the deposited banknotes during the deposit transaction, the banknotes 9a are sorted for stacking into the stack portion 25b and the returned banknotes 9c are sorted for non-transaction. In addition to allocating to the stack part 25a, different kinds of banknotes 9b are allocated to the stack part 25c for trading. That is, the counting mechanism 2 is
The bill 9a and the different type bill 9b for transaction and the bill 9c for non-transaction are sorted by type by one operation.

Therefore, as shown in FIG. 13, the counting mechanism 2 is provided with a stack portion 25c for holding the heterogeneous banknote 9b on the front surface, and when the heterogeneous banknote is discriminated by the discriminator 23, the heterogeneous banknote 9b is not shown. It is configured so that it can be sent to the stack section 25c via a path.

In this embodiment, the banknote 9a and the heterogeneous banknote 9b are used during the deposit transaction.
The transaction time can be most shortened since the items are sorted by type by one operation of the counting mechanism 2.

〔The invention's effect〕

As described above, according to the present invention, one transfer device delivers between the transaction opening mechanism, the counting mechanism, and the plurality of storage mechanisms, and the respective constituent parts thereof are unitized. In addition to being able to surely reduce the number, the structure of the entire device can be simplified, the transfer control can be appropriately performed, and the function can be easily expanded. By having the mounting table and the plurality of stack sections on the one side surface facing each other, the transport device can minimize the moving distance between the transaction opening mechanism, the storage mechanism, and the counting mechanism, and that much paper sheets. There is an effect that it is possible to shorten the carrying time.

Further, in the second invention, in the first side surface of the counting mechanism, a plurality of stack parts are arranged at a position lower than the mounting table and closer to the storage mechanism on the one side surface of the counting mechanism, and the first side surface of the counting mechanism. Since it has a second stack part which is located above the loading table and closer to the transaction opening mechanism, the distance between the counting mechanism, the storage mechanism, and the transaction opening mechanism can be adjusted. By having a rational structure that is shortened as much as possible, there is an effect that the transportation time of the paper sheets can be further shortened.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment in which the paper sheet handling apparatus of the present invention is applied to an automated teller machine, FIGS. 2 and 3 are perspective views and sectional views showing a counting mechanism, and FIG. FIG. 5 is a schematic explanatory view and a perspective view showing the transport mechanism, FIG. 5 is an explanatory view showing the function of the counting mechanism, and FIGS. 6 and 7 show an operating state of a hand for taking out a bill from the transaction safe section at the time of payment transaction. FIG. 8 is an explanatory diagram showing an operating state of a hand that conveys banknotes to the transaction opening mechanism, and FIGS. 8 and 9 are operation explanatory diagrams of the hand portion during a deposit transaction. FIG. 10 is an explanatory view corresponding to FIG. 5 showing a second embodiment of the present invention,
FIG. 11 is an explanatory view corresponding to FIG. 5 showing a third embodiment of the present invention, FIG. 12 is an explanatory view corresponding to FIG. 5 showing still another embodiment of the present invention, and FIG. A perspective view showing the mechanism,
FIG. 14 is a sectional view showing an example of the configuration of a conventional automated teller machine. 1 ... Transaction opening mechanism, 2 ... Counting mechanism, 3 ... Storage mechanism, 31 ... 10,000-yen banknote safe, 32 ... Thousand-yen banknote safe, 4 ... Conveyor, 5 ... Control Part, 21 …… Platform, 25
a, 25b, 25c …… Stack section, 41 …… Hand section, 42 …… Movement section, 5 …… Control section

Claims (7)

[Claims] 1. At the time of a deposit transaction, the deposited paper sheet is different from the first paper sheet made of one kind which can be reused at least for payment transaction and the payment transaction is not carried out. It is a paper sheet handling device that sorts it into the second paper sheet and takes it into the storage mechanism, and when the payment transaction is performed, discharges the first paper sheet from the storage mechanism to the transaction opening mechanism. A transaction opening mechanism, a counting mechanism for discriminating and counting paper sheets at the time of transaction, a storage mechanism for storing first and second paper sheets, and a delivery of paper sheets between the respective mechanisms. A carrier device and a control unit that controls these according to a predetermined program that is predetermined according to the type of transaction are formed as a unit, and the carrier device is provided between the transaction mechanism, the counting mechanism, and the storage mechanism. Paper sheets at a predetermined position of the transaction mechanism and counting mechanism. And a moving part for moving the hand part to a predetermined position of each of the mechanisms, and the counting mechanism has one side surface facing the carrier device and the transaction opening mechanism. In addition, the paper handling, characterized in that it has a mounting table on which the paper sheets to be distinguished and counted are placed, and a plurality of stack portions for selectively distributing and accumulating the paper sheets to be distinguished and counted. apparatus. 2. The counting mechanism according to claim 1, wherein the first and second paper sheets deposited and a paper sheet of a different type from the deposited paper sheets are conveyed by a conveying device. At the time of being conveyed to the placing table, the first paper sheet is distributed to one stack portion, the second paper sheet and the paper sheets of different types are distributed to the other stack portion, and the deposit is made. A paper sheet handling device, wherein when the only second paper sheet is conveyed to the loading table, it is sorted to the other stack section. 3. The first counting device according to claim 1, wherein the counting mechanism is configured so that the deposited first paper sheet, the second paper sheet, and a paper sheet of a different kind from these are conveyed by a conveying device. At the time of being conveyed to the placing table, the first paper sheet and the second paper sheet are distributed to one stack portion, and the different kinds of paper sheets are distributed to the other stack portion, and the stack portion When the first paper sheet and the second paper sheet above are conveyed to the mounting table by the conveying mechanism, the first paper sheet is placed in one stack part and the second paper sheet is placed in the other. A paper sheet handling device characterized by allocating each to a stack section of. 4. The counting mechanism according to claim 1, wherein the first and second paper sheets deposited and a paper sheet of a different type from the deposited paper sheet are conveyed by a conveying device. At the time of being conveyed to the mounting table, the first paper sheet is distributed to one stack portion and the second paper sheet is distributed to the other stack portion, respectively, and the paper sheets of different types are A paper sheet handling device characterized by being sorted into a stack portion different from the stack portion. 5. When making a deposit transaction, the deposited paper sheet is different from the first paper sheet made of one kind that can be reused at least for payment transaction and the payment transaction is not made. It is a paper sheet handling device that sorts it into the second paper sheet and takes it into the storage mechanism, and when the payment transaction is performed, discharges the first paper sheet from the storage mechanism to the transaction opening mechanism. A transaction opening mechanism, a counting mechanism for discriminating and counting paper sheets at the time of transaction, a storage mechanism for storing first and second paper sheets, and a delivery of paper sheets between the respective mechanisms. A carrier device and a control unit that controls these according to a predetermined program that is predetermined according to the type of transaction are formed as a unit, and the carrier device is provided between the transaction mechanism, the counting mechanism, and the storage mechanism. Paper sheets at a predetermined position of the transaction mechanism and counting mechanism. And a moving unit that moves the hand unit to a predetermined position of each of the mechanisms, and the counting mechanism is provided on one side facing the carrier device and the transaction opening mechanism. A stacking table on which a paper sheet to be discriminated and counted is placed, and a plurality of stack portions for selectively sorting and stacking the paper sheets to be discriminated and counted, and the plurality of stack portions are for counting. A first stack portion arranged at a position lower than the mounting table and closer to the storage mechanism on the one side surface of the mechanism, and a position higher than the mounting table and closer to the transaction opening mechanism on the one side surface of the counting mechanism. And a second stack portion arranged at the position. 6. The counter mechanism according to claim 5, wherein the counting mechanism is configured so that the first paper sheets and the second paper sheets that have been deposited and a paper sheet of a different type from these are conveyed by a conveying device. At the time of transportation, the first paper sheets are distributed to the first stack section, the second paper sheet and the paper sheets of different types are distributed to the second stack section, and the deposit is made. A paper sheet handling device characterized in that, when only the second paper sheet is conveyed to the loading table, the counting mechanism sorts the second paper sheet into the second stack section. 7. The counting mechanism according to claim 5, wherein the first and second paper sheets deposited and a paper sheet of a different type from the deposited paper sheets are conveyed by a conveying device. At the time of being conveyed to the mounting table, the first paper sheet and the second paper sheet are distributed to the first stack portion, and the different kinds of paper sheets are distributed to the second stack portion, and When the first paper sheet and the second paper sheet on the first stack section are conveyed to the mounting table by the conveying mechanism, the first paper sheet and the second paper sheet are transferred to the first stack section. The paper sheet handling device, wherein the paper sheets are distributed to the second stack section.