KR20220086930A - Teller cash recycler and control method thereof - Google Patents

Abstract

The present invention provides a financial automation device for cashiers that can quickly and accurately replenish banknotes by continuously processing normal and abnormal notes while maintaining one-way driving of a conveyance path when replenishing banknotes, and a method for controlling the same. There is a purpose.
A financial automatic machine for cashiers of the present invention includes: a banknote storage unit having at least one cassette in which banknotes are stored; a supplementary cassette in which bills to be replenished to the bill storage unit are stored; a discrimination unit for discriminating whether or not the banknotes conveyed separately from the replenishment cassette are normal; a withdrawal unit for returning the banknotes identified as abnormal bills by the discrimination unit; a conveyance path connecting the banknote storage unit, the replenishment cassette, the discrimination unit, and the withdrawal unit, and providing a path through which banknotes are conveyed; The conveying path for selectively switching between a banknote replenishment path through which the banknotes classified as normal bills by the discrimination unit are conveyed to the banknote storage unit and a banknote reject path through which banknotes classified as abnormal bills by the discrimination unit are conveyed to the withdrawal unit a plurality of gates provided in; and when abnormal bills are discriminated by the discrimination unit, the banknote separation operation in the replenishment cassette is stopped while maintaining the one-way driving of the conveyance path, and the normal bills remaining in the conveyance path are conveyed to the banknote storage unit, The abnormal ticket remaining in the conveyance path includes a control unit for controlling the switching operation of the plurality of gates so that they are conveyed to the withdrawal unit.

Description

Financial automation device for cashier and control method thereof

The present invention relates to an automated financial machine for cashiers and a method for controlling the same, and more particularly, to an automated financial machine for cashiers and a control method thereof, which can quickly and accurately process normal and abnormal notes when replenishing banknotes.

Automated financial devices are devices that can provide financial services such as deposits or withdrawals regardless of time and place, without the help of bank employees.

In recent years, not only automatic financial devices for customers using financial institutions, but also automated financial devices for tellers have been developed to improve work efficiency internally in financial institutions and to quickly process settlement tasks after business completion. is being introduced

The automated financial device for cashiers may be disposed under the cashier's desk, may have a plurality of cassettes for storing bills therein, may deposit or withdraw money by the cashier's operation, and count bills in real time work can be done.

As a prior art related to such a financial automation device for cashiers, the automated financial device for cashiers disclosed in Korean Patent Application Laid-Open No. 10-2016-0108941, when replenishing banknotes, detects an abnormal note in the identification unit, returns Although the abnormal bills were processed in such a way that they stopped and some sections of the conveyance route were rotated in the reverse direction, in this case, there is a problem in that the replenishment time of bills is delayed.

The present invention has been devised to solve the above-mentioned problems, and when replenishing banknotes, a cashier who can quickly and accurately replenish banknotes by continuously processing normal and abnormal notes while maintaining one-way driving of the conveying path. Its purpose is to provide a financial automation device and a control method therefor.

The automated financial device for cashiers of the present invention for realizing the object as described above, includes a banknote storage unit having at least one cassette in which banknotes are stored; a supplementary cassette in which bills to be replenished to the bill storage unit are stored; a discrimination unit for discriminating whether or not the banknotes conveyed separately from the replenishment cassette are normal; a withdrawal unit for returning the banknotes identified as abnormal bills by the discrimination unit; a conveyance path connecting the banknote storage unit, the replenishment cassette, the discrimination unit, and the withdrawal unit, and providing a path through which banknotes are conveyed; The conveyance path for selectively switching between a banknote replenishment path through which the banknotes classified as normal bills by the discrimination unit are conveyed to the banknote storage unit, and a banknote reject path through which banknotes classified as abnormal bills by the discrimination unit are conveyed to the withdrawal unit a plurality of gates provided in; and when abnormal bills are discriminated by the discrimination unit, the bill separation operation in the replenishment cassette is stopped while maintaining the one-way driving of the conveyance path, and the normal bills remaining in the conveyance path are conveyed to the banknote storage unit, The abnormal ticket remaining in the conveyance path includes a control unit for controlling the switching operation of the plurality of gates so that they are conveyed to the withdrawal unit.

When the abnormal bill is returned to the withdrawal unit, the control unit may control the plurality of gates to be switched to the bill replenishment path, and may control to resume the bill separation operation in the replenishment cassette.

The conveying path may include an upper conveying path passing through the discrimination unit and provided horizontally; a first vertical conveying path connected in a downward direction from the rear side end of the upper conveying path; a lower conveying path horizontally connected to the front side from the lower end of the first vertical conveying path; a second vertical conveying path extending upward from the front side end of the lower conveying path and connected to the front side end of the upper conveying path; a withdrawal transport path connected to the withdrawal unit at a point where the upper transport path and the second vertical transport path are connected; And it may include a replenishment conveyance path connected to the supplementary cassette side at the point where the lower conveyance path and the second vertical conveyance path are connected.

The plurality of gates may include: a first gate provided at a point where the lower transport path, the second vertical transport path, and the supplementary transport path are connected; a second gate provided at a point where the upper transport path, the second vertical transport path, and the withdrawal transport path are connected; and a third gate provided at a branching point from the lower conveyance path to the banknote storage unit.

When switching to the banknote replenishment path, the first gate is switched so that the replenishment conveyance path and the second vertical conveyance path are connected, and the second gate is connected such that the second vertical conveyance path and the upper conveyance path are connected is switched, and the third gate is switched so that the lower conveying path and the banknote storage unit are connected, and when switching to the banknote reject path, the first gate is connected such that the lower conveying path and the second vertical conveying path are connected is switched, the second gate may be switched to connect the second vertical conveyance path and the withdrawal conveyance path, and the third gate may be switched to block the connection between the lower conveyance path and the banknote storage unit.

A first sensor for detecting whether a bill has passed is provided on the upper conveyance path between the second gate and the discrimination unit, and a second sensor for detecting whether an abnormal bill returned to the withdrawal unit has passed on the withdrawal conveyance path may be provided.

After the bill separation operation in the replenishment cassette is stopped, when the last bill among the separated bills is detected by the first sensor, the control unit controls the first gate and the second gate to be switched to the bill reject path can do.

After the bill separation operation in the replenishment cassette is stopped, when an abnormal bill returned to the withdrawal unit is detected by the second sensor, the control unit controls the first gate and the second gate to be switched to the bill replenishment path can

After the bill separation operation in the replenishment cassette is stopped, when an abnormal bill returned to the withdrawal unit is detected by the second sensor, the control unit may control the bill separation operation in the replenishment cassette to be resumed.

When replenishing banknotes, it is characterized in that the conveying direction of the normal note processing and the conveying direction of the non-normal note processing are in one direction.

The control method of the automatic financial machine for cashiers of the present invention includes the steps of separating the banknote from the replenishment cassette and conveying it along the banknote replenishment path, and discriminating whether the banknote is abnormal in the discrimination unit; stopping the bill separation operation in the replenishment cassette while maintaining one-way driving of the conveyance path when the discrimination unit detects that an abnormal bill has occurred; The normal bills remaining in the conveying path are conveyed to the banknote storage unit, and the abnormal bills remaining in the conveying path are conveyed to the withdrawal unit. switching; and when the abnormal bill is returned to the withdrawal unit, switching the plurality of gates in a bill replenishment direction, and resuming a bill separation operation in the replenishment cassette.

According to the automatic financial machine for cashiers and the control method thereof according to the present invention, when an abnormal bill occurs when replenishing bills, the normal bill is transferred to the bill storage unit by controlling the switching direction of the gate while maintaining the one-way driving state of the transport path, Abnormal bills are returned to the withdrawal department, which has the effect of shortening the replenishment time of bills.

1 is a schematic side view of a financial automatic device for a cashier according to the present invention;
2 is a control block diagram of an automated financial machine for cashiers according to the present invention;
3 is a view showing the conveyance path of the normal bill when replenishing banknotes in the automated financial machine for cashiers according to the present invention;
4 is a view showing a conveyance path of an abnormal note when replenishing banknotes in the automated financial machine for cashiers according to the present invention;
5 is a flowchart illustrating a control method of an automated financial machine for cashiers according to the present invention.

Hereinafter, the configuration and operation of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. In referring to the direction in the present specification, the right direction is referred to as the front and the left direction is referred to as the rear with reference to FIG. 1 .

Referring to FIG. 1 , a financial automation machine 1 for cashiers according to an embodiment of the present invention includes an upper module 10 and a lower module 20 provided at a lower side thereof.

The upper module 10 is provided with a depositing unit 110 , withdrawing units 120 ; 121 , 122 , a discrimination unit 130 , and a temporary storage unit 140 , and the lower module 20 is a banknote storage in which banknotes are stored. A portion 200 is provided. The banknote storage unit 200, the upper and lower cassettes (210; 210a, 210b, 210c, 210d) and lower cassettes (220; 220a, 220b, 220c, 220d) that are stacked up and down, and a discrimination unit when withdrawing or collecting bills It may include an abnormal note storage cassette 230 in which banknotes discriminated as abnormal notes in 130 are stored.

In addition, in the outer front of the lower module 20, the upper cassette (210; 210a, 210b, 210c, 210d) and the lower cassette (220; 220a, 220b, 220c, 220d) for replenishing bills to the supplementary cassette ( 300) is provided.

In addition, a conveying path 400; 401-412 for conveying banknotes according to various transaction patterns such as deposit, withdrawal, replenishment, and collection of banknotes in the inside of the automated financial machine 1 for cashiers, and a conveyance direction of banknotes is configured to include a plurality of gates 601 to 607 for switching in a set direction.

Banknotes are deposited into the automated teller machine 1 through the depositing unit 110, and the banknotes can be withdrawn to the outside of the cashier's automated financial machine 1 through the withdrawing units 120; 121, 122. have.

The withdrawal units 120 ; 121 and 122 may be divided into a first withdrawal unit 121 and a second withdrawal unit 122 . The first withdrawal unit 121 is, when depositing or replenishing banknotes, circulating banknotes among the banknotes discriminated as abnormal by the discrimination unit 130 or banknotes discriminated as normal bills by the discrimination unit 130 at the time of withdrawal. It can be used as a space for withdrawals. The second withdrawal unit 122 may be used as a space in which counterfeit notes that cannot be circulated among banknotes classified as abnormal by the discrimination unit 130 when depositing or replenishing banknotes are withdrawn.

The discrimination unit 130 discriminates the existence of abnormalities and the type of bills conveyed along the conveying paths 402 and 400, and includes a conveying path in which the banknotes are conveyed, and the banknotes are bidirectional in the conveying path. A driving mechanism driven so as to be transportable is provided.

The discrimination unit 130 may be provided with a sensor for detecting whether the bill is skewed to one side with respect to the conveying direction, an image sensor, and sensing means such as a two-sheet sensing unit, and a conveying path ( 402; 400), and at the same time, scan the image of the banknote to detect the authenticity of the conveyed banknote, the type of bill, and whether the banknote is damaged.

The temporary storage unit 140 may store a special type of banknote or counterfeit note among banknotes deposited and withdrawn.

The upper cassette (210; 210a, 210b, 210c, 210d) and the lower cassette (220; 220a, 220b, 220c, 220d) may be provided in a plurality at positions spaced apart by a predetermined distance in the front-rear direction, the frequency of use of bills, etc. In consideration of this, banknotes of different denominations may be stored.

The abnormal bill storage cassette 230 may be provided on the front side inside the lower module 20, and when withdrawing or replenishing bills, the bills discriminated as irregular bills by the discrimination unit 130 may be stored.

The supplementary cassette 300 is, the upper cassette (210; 210a, 210b, 210c, 210d) and the lower cassette (220; 220a, 220b, 220c, 220d) to supplement the bills, or the upper cassette (210; 210a, 210b, 210c, 210d) and the lower cassette 220 (220a, 220b, 220c, 220d) may be selectively detachable when collecting bills.

The upper portion of the supplementary cassette 300 is provided with a separation unit 310 for separating the bills stored in the supplementary cassette 300 when replenishing the bills.

The conveyance path 400 is horizontally connected to the rear side to the lower end of the deposit conveying path 401 forming the deposit path of the banknotes introduced through the depositing unit 110 , the rear side of the deposit conveying path 401 , and the The upper conveyance path 402 passing through the discrimination unit 130 , the first vertical conveyance path 403 connected downward from the rear side end of the upper conveyance path 402 , and the lower end of the first vertical conveyance path 403 . A lower conveying path 404 horizontally connected to the front side, a second vertical conveying path 405 extending upward from the front side end of the lower conveying path 404 and connected to the front side end of the upper conveying path 402, At the point where the upper conveyance path 402 and the second vertical conveyance path 405 are connected, the first withdrawal conveyance path 406 connected to the first withdrawal unit 121 side, the upper conveyance path 402 and the second vertical conveyance path 406 are connected. A second withdrawal transport path 407 connected to the second withdrawal unit 122 at a point where the transport path 405 is connected, and a temporary storage transport connected to the temporary storage unit 140 from the rear end of the upper transport path 402 Furnace 408, a third vertical connected to the upper cassettes 210a and 210b and the lower cassettes 220a and 220b located on the rear side of the lower module 20 at the lower end of the first vertical conveying path 403 The fourth vertical conveying path 409, branched from the lower conveying path 404 and connected to the upper cassettes 210c and 210d and the lower cassettes 220c and 220d located on the front side inside the lower module 20 Furnace 410, an abnormal region transport path 411 connected from the lower transport path 404 to the abnormal region storage cassette 230, and the lower transport path 404 and the second vertical transport path 405 are connected It may include a replenishment conveyance path 412 connected to the replenishment cassette 300 side at the point.

In a configuration for switching the conveyance direction of bills to a set direction in response to various transaction patterns, the plurality of gates 601 to 607 includes the lower conveying path 404 and the second vertical conveying path 405 and the The first gate 601 provided at the point where the replenishment conveyance path 412 is connected, the upper conveyance path 402 and the second vertical conveyance path 405 and the withdrawal conveyance paths 406 and 407 are connected at the point where it is connected a second gate 602 , a third gate 603 provided at a branching point from the lower conveying path 404 to the banknote storage 200 , the deposit conveying path 401 and an upper conveying path 402 . ) a fourth gate 604 provided at a point where it is connected, and a fifth gate provided at a point where the upper conveyance path 402 and the first vertical conveyance path 403 and the temporary storage conveyance path 408 are connected ( 605), a sixth gate 606 provided at a point where the first vertical conveying path 403, the lower conveying path 404, and the third vertical conveying path 409 are connected, and the lower conveying path 404 A seventh gate 607 provided at a branching point to the abnormal storage cassette 230 may be included.

In addition, the upper transport path 402 between the second gate 602 and the discrimination unit 130 is provided with a first sensor 501 for detecting whether a bill has passed, and the withdrawal transport path 406 is provided with a second sensor 502 for detecting whether an abnormal ticket returned to the withdrawal unit 120 has passed.

Referring to FIG. 2 , in the automated financial machine 1 for cashiers of the present invention, when replenishing banknotes, the signal differentiated by the discrimination unit 130 and the first sensor 501 and the second sensor 502 are The control unit 700 further includes a control unit 700 for controlling the switching operation of the separation unit 310 and the first to third gates 601 , 602 , and 603 based on the sensed signal.

Hereinafter, with reference to FIGS. 3 and 4 , when replenishing banknotes in the automated financial machine 1 for cashiers of the present invention, the conveyance path of the normal bill and the conveyance path of the abnormal bill will be described.

Referring to FIG. 3 , when replenishing banknotes, the banknotes separated from the replenishment cassette 300 are differentiated along the replenishment conveying path 412 , the second vertical conveying path 405 , and the upper conveying path 402 . ) is returned to

The banknotes discriminated as normal bills by the discrimination unit 130 are, as shown by the thick solid line in FIG. 3 , the upper conveying path 402 , the first vertical conveying path 403 , the lower conveying path 404 and the second 4 is transported to and stored in the corresponding cassettes 210c, 210d, 220c, 220d along the vertical transport path 410 . 4 illustrates a case in which bills taken out from the supplementary cassette 300 are transported and stored in the upper cassettes 210c and 210d and the lower cassettes 220c and 220d located on the front side inside the lower module 20. . As another example, the bills taken out from the supplementary cassette 300 may be transported to and stored in the upper cassettes 210a and 210b and the lower cassettes 220a and 220b located on the rear side inside the lower module 20 .

In this way, when replenishing banknotes, the banknotes discriminated as normal bills by the discrimination unit 130 are conveyed along a banknote replenishment path such as a path indicated by a thick solid line in FIG. 3 . In this case, the plurality of gates 601 to 607 are switched so that the conveyance path of the banknote is in a direction along the banknote replenishment path.

Referring to FIG. 4 , the banknotes classified as abnormal by the discrimination unit 130 are, as shown by the thick dotted line in FIG. 4 , an upper conveying path 402 , a first vertical conveying path 403 , and a lower portion. It is returned to and returned to the respective withdrawal units 120 (121, 122) via the conveyance path 404, the second vertical conveyance path 405, and the first withdrawal conveyance path 406 or the second withdrawal conveyance path 407.

In this way, when replenishing bills, the bills discriminated as abnormal bills by the discrimination unit 130 are conveyed along a bill reject path such as a path indicated by a thick solid line in FIG. 4 . In this case, the plurality of gates 601 to 607 are switched so that the conveyance path of the banknote is in a direction along the banknote reject path.

The discrimination result of the banknotes discriminated by the discrimination unit 130 is obtained when a predetermined time has elapsed after the banknote has passed through the discrimination unit 130 , that is, when the banknote passes through the discrimination unit 130 , it is approximately the upper conveyance path 402 . ) is obtained at the rear end or when the first vertical conveyance path 403 is reached.

When an abnormal bill is discriminated by the discrimination unit 130, the control unit 700 stops the bill separation operation in the replenishment cassette 300 while maintaining the one-way driving of the conveyance path 400, and the conveyance path ( The plurality of gates 601 to 607 is switched so that the normal bills remaining in 400 ) are transferred to the banknote storage unit 200 , and the abnormal bills remaining in the transport path 400 are transferred to the withdrawal unit 120 . control the action.

In addition, when the abnormal bill is returned to the withdrawal unit 120 , the control unit 700 controls the plurality of gates 601 to 607 to be switched to the bill replenishment path, and the bill in the replenishment cassette 300 . The separation operation is controlled to be resumed.

When switching to the banknote replenishment path, the first gate 601 is switched so that the replenishment conveying path 412 and the second vertical conveying path 405 are connected, and the second gate 602 is the second The second vertical conveying path 405 and the upper conveying path 402 are switched to be connected, and the third gate 603 is switched so that the lower conveying path 404 and the banknote storage unit 200 are connected.

When switching to the banknote reject path, the first gate 601 is switched so that the lower conveying path 404 and the second vertical conveying path 405 are connected, and the second gate 602 is The second vertical conveyance path 405 and the withdrawal conveyance paths 406 and 407 are switched to be connected, and the third gate 603 is connected to the lower conveyance path 404 and the banknote storage unit 200 so that the connection is blocked. is switched

After the bill separation operation in the replenishment cassette 300 is stopped, when the last bill among the separated bills is detected by the first sensor 501, the control unit 700 controls the first gate 601 and the second bill. Controls so that the second gate 602 is switched to the banknote reject path.

In addition, when the second sensor 502 detects an abnormal bill returned to the withdrawal unit 120 after the bill separation operation in the replenishment cassette 300 is stopped, the control unit 700 controls the first The gate 601 and the second gate 602 are controlled to be switched to the banknote replenishment path, and the banknote separation operation in the replenishment cassette 300 is controlled to resume.

Hereinafter, with reference to FIG. 5, when replenishing banknotes, a control method of the automated cashier's financial machine 1 of the present invention will be described.

When replenishing the banknote, the plurality of gates 601 to 607 switches the conveyance direction of the banknote so that the conveyance path of the banknote follows the banknote replenishment path (S1).

And, by separating the supplementary bills stored in the supplementary cassette 300 through the separation unit 310, the transfer path 400 is driven in one direction to transport the bills (S2).

The bills separated from the replenishment cassette 300 are conveyed to the discrimination unit 130 along the replenishment conveying path 412 , the second vertical conveying path 405 , and the upper conveying path 402 .

The discrimination unit 130 discriminates whether the banknote is abnormal (S3).

As a result of the discrimination by the discrimination unit 130, when it is detected that an abnormal bill (replenishment reject ticket) has occurred (S4), the banknote from the replenishment cassette 300 while maintaining the one-way drive of the conveyance path 400 as it is The separation operation is stopped (S5).

In the state in which the bill separation operation is stopped in this way, when the last transferred bill among the bills already separated and transferred is detected by the first sensor 501 (S6), the first gate 601 and the second gate The direction is switched to follow the banknote rejection path (S7) of (602).

At this time, the banknotes separated and conveyed before stopping the banknote separation operation remain in the upper conveyance path 402, the first vertical conveyance path 403, and the lower conveyance path 404 and are in a state of being conveyed continuously, By switching the conveying direction of the third gate 603 , normal bills are conveyed to the banknote storage unit 200 , and non-normal bills are conveyed toward the withdrawal unit 120 .

And, when it is detected by the second sensor 502 that the abnormal bill has been returned to the withdrawal unit 120 (S8), the first gate 601 and the second gate 602 follow the bill replenishment path again. To change the conveying direction (S9), and drive the separation unit 310 to restart the separation operation of the banknote from the replenishment cassette 300 (S10).

As described above, according to the financial automation device for cashiers and the control method thereof according to the present invention, when an abnormal bill occurs when replenishing bills, the normal bill is stored by controlling the switching direction of the gate while maintaining the one-way driving state of the conveying path as it is. The replenishment time for bills can be shortened by returning the bills to the unit 200 and returning the abnormal bills to the withdrawal unit 120 .

As described above, the present invention is not limited to the above-described embodiments, and obvious modifications can be made by those of ordinary skill in the art to which the present invention pertains without departing from the technical spirit of the present invention as claimed in the claims. It is possible, and such modifications fall within the scope of the present invention.

1: Financial automation device for cashier 10: Upper module
20: lower module 21: door
110: deposit unit 120: withdrawal unit
121: first withdrawal unit 122: second withdrawal unit
130: discrimination unit 140: temporary storage unit
200: bill storage unit
210,210a,210b,210c,210d: upper cassette
220,220a,220b,220c,220d: lower cassette
230: abnormal cassette 300: supplementary cassette
310: separation unit 400: conveyance path
401: deposit return path 402: upper return path
403: first vertical conveying path 404: lower conveying path
405: second vertical return path 406: first withdrawal return path
407: second withdrawal return path 408: temporary storage return path
409: third vertical conveying path 410: fourth vertical conveying path
411: Abnormal area return route 412: Supplemental return route
501: first sensor 502: second sensor
601: first gate 602: second gate
603: third gate 604: fourth gate
605: fifth gate 606: sixth gate
700: control unit

Claims (11)

a banknote storage unit having at least one cassette in which banknotes are stored;
a supplementary cassette in which bills to be replenished to the bill storage unit are stored;
a discrimination unit for discriminating whether or not the banknotes conveyed separately from the replenishment cassette are normal;
a withdrawal unit for returning the banknotes identified as abnormal bills by the discrimination unit;
a conveyance path connecting the banknote storage unit, the replenishment cassette, the discrimination unit, and the withdrawal unit, and providing a path through which banknotes are conveyed;
The conveying path for selectively switching between a banknote replenishment path through which the banknotes classified as normal bills by the discrimination unit are conveyed to the banknote storage unit and a banknote reject path through which banknotes classified as abnormal bills by the discrimination unit are conveyed to the withdrawal unit a plurality of gates provided in; and
When an abnormal bill is discriminated by the discrimination unit, the banknote separation operation in the replenishment cassette is stopped while maintaining the one-way driving of the conveyance path, and the normal bill remaining in the conveyance path is conveyed to the banknote storage unit, and the conveyance a control unit controlling the switching operation of the plurality of gates so that the abnormal tickets remaining in the furnace are returned to the withdrawal unit;
Financial automation equipment for cashiers, including. According to claim 1,
When the abnormal bill is returned to the withdrawal unit, the control unit controls the plurality of gates to be switched to the bill replenishment path, and controls to resume the bill separation operation in the replenishment cassette. device. The method of claim 1,
The transport path,
an upper conveying path passing through the discrimination unit and provided horizontally;
a first vertical conveying path connected in a downward direction from the rear side end of the upper conveying path;
a lower conveying path horizontally connected to the front side from the lower end of the first vertical conveying path;
a second vertical conveying path extending upward from the front side end of the lower conveying path and connected to the front side end of the upper conveying path;
a withdrawal transport path connected to the withdrawal unit at a point where the upper transport path and the second vertical transport path are connected; and
a replenishment conveyance path connected to the replenishment cassette side at a point where the lower conveyance path and the second vertical conveyance path are connected;
Financial automation equipment for cashiers, including. 4. The method of claim 3,
The plurality of gates,
a first gate provided at a point where the lower conveyance path, the second vertical conveyance path, and the supplementary conveyance path are connected;
a second gate provided at a point where the upper transport path, the second vertical transport path, and the withdrawal transport path are connected; and
A financial automation machine for cashiers comprising a; a third gate provided at a branching point from the lower conveying path to the banknote storage. 5. The method of claim 4,
When switching to the banknote replenishment path, the first gate is switched so that the replenishment conveyance path and the second vertical conveyance path are connected, and the second gate is connected such that the second vertical conveyance path and the upper conveyance path are connected. is switched, and the third gate is switched so that the lower conveying path and the banknote storage unit are connected,
When switching to the banknote reject path, the first gate is switched so that the lower conveying path and the second vertical conveying path are connected, and the second gate is connected to the second vertical conveying path and the withdrawal conveying path is switched so as to be possible, and the third gate is switched to cut off the connection between the lower conveying path and the banknote storage unit. 6. The method of claim 5,
A first sensor for detecting whether a bill has passed is provided on the upper conveying path between the second gate and the discrimination unit,
A financial automation machine for cashiers, characterized in that the withdrawal return path is provided with a second sensor for detecting whether an abnormal ticket returned to the withdrawal unit has passed. 7. The method of claim 6,
After the bill separation operation in the replenishment cassette is stopped, when the last bill among the separated bills is detected by the first sensor, the control unit controls the first gate and the second gate to be switched to the bill reject path Financial automation device for cashiers, characterized in that 8. The method of claim 7,
After the bill separation operation in the replenishment cassette is stopped, when an abnormal bill returned to the withdrawal unit is detected by the second sensor, the control unit controls the first gate and the second gate to be switched to the bill replenishment path Financial automation device for cashiers, characterized in that. 8. The method of claim 7,
After the bill separation operation in the replenishment cassette is stopped, when an abnormal bill returned to the withdrawal unit is detected by the second sensor, the control unit controls the bill separation operation in the replenishment cassette to be resumed. for financial automation equipment. According to claim 1,
When replenishing banknotes, the conveying direction of the normal bill processing and the conveying direction of the non-regulating note processing are in one direction. Separating the banknote from the replenishment cassette and conveying it along the banknote replenishment path, and discriminating whether the banknote is abnormal in the discrimination unit;
stopping the bill separation operation in the replenishment cassette while maintaining the one-way driving of the conveyance path when the discrimination unit detects that an abnormal bill has occurred;
The normal bills remaining in the conveying path are conveyed to the banknote storage unit, and the abnormal bills remaining in the conveying path are conveyed to the withdrawal unit. switching; and
when the abnormal bill is returned to the withdrawal unit, switching the plurality of gates in a bill replenishment direction, and restarting the bill separation operation in the replenishment cassette;
A control method of automated financial devices for cashiers, including a.

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