KR100196407B1 - Automatic transaction device and method - Google Patents

Abstract

The present invention provides a paper input unit for detecting that the paper has arrived, a paper reading unit for determining the contents of the paper and carrying out the paper, a paper factor for stamping and stamping the date, and the customer portion and storage portion of the paper. A paper cutting part for cutting to separate the paper, a paper conveying part for separating and transferring the customer part and the storage part, a paper processing part for loading the storage part at a predetermined position, and a storage part of the transaction paper. It includes a paper storage unit for storage, and by automating the banking business is characterized in that it can maximize the work efficiency and reduce the waiting time of the bank user.

Description

Giro Paper Automatic Transaction Device and Control Method

The present invention relates to a paper machine for automatic trading of giro paper, and a control method thereof, and in particular, a paper machine for automating banking business by maximizing work efficiency by performing banking operations by mounting on a conventional unmanned automated equipment and The control method is related.

At present, according to the development of each unmanned automated machine, financial institutions such as banks and post offices are using cash dispensers (ATMs) and ATMs to reduce labor costs and to shorten the processing time.

The conventional cash automatic teller machine has a card inlet, a bankbook inlet, a statement return port, a banknote inlet, a display, and the like to perform cash withdrawal using a bankbook, a cash card or a credit card designated by a financial institution.

Therefore, the conventional case does not provide a solution for the treatment of giro paper. As a result, the conventional giro paper storage has a problem that the workman is cumbersome and the processing time is long because the staff member must directly stamp and process the manual at the window, the user's waiting time is extended.

In particular, due to the congestion of the bank window due to the concentration of the deadline of the papers at the end of the month, there is a problem that inconveniences to other banking users.

The present invention has been made in order to solve the above problems, the object of the present invention is to install the paper inside the automatic teller machine and automatically store the giro paper by storing the giro storage algorithm automatically and quickly It is to provide a Jiro paper automatic trading device that can be achieved.

Another object of the present invention is to provide a control method that operates accurately and quickly so as to efficiently use the land paper automatic transaction apparatus as described above.

1 is a block diagram illustrating a configuration of a paper land automatic transaction apparatus and a paper land moving path according to the present invention.

Figure 2 is a plan view and a front view showing a paper input unit according to the present invention.

Figure 3 is a plan view and a front view showing a paper reading unit according to the present invention.

Figure 4 is a plan view and a front view showing a paper factor portion according to the present invention.

Figure 5 is a plan view and a front view showing a paper cutting portion according to the present invention.

6 is a plan view and a front view showing a sheet conveying unit according to the present invention;

7 is a plan view and a front view of a paper processing unit according to the present invention;

8 is a plan view and a front view showing a paper storage portion according to the present invention.

9 is a flow chart for explaining a control method of a land paper automatic transaction apparatus according to the present invention.

Explanation of symbols for main parts of the drawings

10: paper input unit 11: paper input sensor 12: step motor

13 feed roller 14 idle roller 15 solenoid

16a, 16b: guide 17a, 17b, 17c: gear 18a, 18b: link

20: paper reader 21: CCD 22: recognition guide

23 gear 24 feed gear 25 feed roller

26: idle roller 30: paper factor portion 31: feed roller

32: idle roller 33: conveying belt 34: printing position detection sensor

35: stamper 31a: feed gear 36, 37: guide

40: paper cutting part 41: transfer belt 42: cutting position detection sensor

43: circular cutter 44: square cutter 45: feed roller

46,47 Guide 48 Motor 50 Paper feed unit

51: feed roller 52: idle roller 53: feed motor

54: transfer motion detection sensor 60: paper processing unit 61: drop position detection sensor

62: switchgear 63: solenoid 64,65: guide

66,67: Link 70: Paper Storage 71: Storage Box

72: square plate 73: spring 74: bearing

75: door

The automatic paper trading device of the present invention for achieving the above object, a paper input unit for detecting that the paper land reached the inlet by the user to move to the internal reading position, and the contents of the paper input through the paper input unit; A paper reading unit for judging and accommodating according to the result and at the same time informing a user of a processing operation, a paper factor unit for imprinting and stamping the paper on the paper according to the processing result of the paper reading unit, and an operation of the paper factor unit. Paper cutting portion for cutting to separate the customer portion and the storage portion of the paper into the paper, a paper conveying portion for separating and transferring the customer portion and the storage portion after the operation of the paper cutting portion, and the storage portion predetermined Paper storage for transporting to be placed in the position, and paper storage for storing the storage portion of the transactional giro paper In that it comprises the features.

According to an embodiment of the present invention, the paper input unit may include a paper input sensor for detecting whether paper is inserted through an inlet, a step motor operated according to a detection result of the paper input sensor, and a power of the step motor. Feed roller and idle roller for conveying the paper into the reading position by rotating in contact with each other, a solenoid for swinging the idle roller to determine contact and separation of the feed roller and idle roller, and transfer of paper It includes an upper guide and a lower guide for guiding the transport path.

In addition, the paper reader reads the number of the giro using the characters of the giro paper to determine the amount and the closing date, and the like, the user checks the balance of the card account input by the user and the amount determined by the recognition means Storage processing means for withdrawing from the account, and a display for informing the user of the results of the recognition means and storage processing means.

At this time, the paper reader reads the number of giro by using the letters of the paper, the recognition means for determining the amount and the closing date, and the cash input by the user through the banknote entry and exit in the same way as the amount determined by the recognition means; It may include a receiving processing means for receiving, and a display for informing the user of the results of the recognition means and the receiving processing means.

In the paper reading unit, the recognition means uses a charge coupled device (CCD), and the display may use a touch screen to display a progress state of an operation and to control input by a user. .

In addition, the paper factor is up and down to take the date and storage stamp according to the transfer belt for moving the paper land, the print position sensor for detecting whether the paper land has reached the print position, and the detection result of the print position detection sensor And a stamper to exercise.

The paper cutting unit may further include a conveying belt for moving the paper into the paper after the paper factor, the cutting position sensor for detecting whether the paper reaches the cutting position, and the paper cutting unit according to the detection result of the cutting position sensor. It includes cutting means for performing the cutting by moving up and down to divide the customer portion and the storage portion of the paper. At this time, it is preferable that the cutting means uses a circular cutter and a rectangular cutter that engage with each other and perform paper cutting.

In addition, the paper transfer unit is engaged with each other to advance the storage portion of the paper to move the feed roller and idle roller to move to the upper portion of the paper storage portion, the transfer motor for providing power to the feed roller through a plurality of gears interlocked And a transport motion sensor for sensing the transport of the storage portion.

The paper processing unit may further include: a drop position sensor for detecting whether the storage portion has reached the drop position, a switch that rotates to force the paper to fall freely according to the output signal of the drop position sensor; It includes a solenoid for driving the switch.

In addition, the paper storage portion of the upper surface and one side of the open box, the rectangular plate which is located inside the box and the storage portion of the paper stack is piled up, and the rectangular plate of the rectangular plate to raise a predetermined interval upward It includes a spring located at each corner of the lower portion, and a bearing for guiding the shangdong of the square plate. In this case, a paper stacking sensor may be mounted at a predetermined position of the storage box to detect a state in which the square plate descends to a predetermined position by its own weight as the paper stacks.

On the other hand, the control method of the land paper automatic transaction apparatus of the present invention for achieving the above another object is a paper input detection process for detecting whether the land paper is drawn by the user and transported to the reading position, and recognizes the character into the paper Jiro paper reading process of reading the contents of the paper and storing the paper according to the result and informing the user of the paper, and the giro paper printing process of stamping and stamping the date according to the result of the jiro paper reading process. It is characterized in that it consists of a giro paper cutting process for cutting to divide the customer portion and the storage portion, and the giro paper storage process to discharge the customer portion of the giro paper to the user and the storage portion is placed in a predetermined position.

According to an embodiment of the present invention, the paper input detection process includes a first step of detecting whether paper is inserted through the inlet, and a second step of transferring the paper to the reading position according to the detection result of the first step. Include.

In addition, the process of reading the giro paper, the first step of reading the giro number using the characters of the giro paper to determine the amount of money and the dead date, and checks the balance of the card account entered by the user and the amount of money of the first step A second step of withdrawing from the account, and a third step of informing the user of the processing results of the first and second steps through a display.

On the other hand, the process of reading the giro paper is a first step of reading the giro number using the characters of the giro paper to determine the amount and the closing date, etc., the user inputs through the banknote entry and exit according to the amount determined in the first step And a third step of acquiring a cash and a third step of informing a user of a result of the processing of the first step and the second step through a display.

In addition, the giro paper printing process includes a first step of moving the giro paper to the printing position, and a second step of stamping the date and seal stamp using a stamper when the giro paper reaches the printing position.

In addition, the process of cutting the paper is a first step of moving the paper to the cutting position, and when the paper reaches the cutting position, the second step of cutting to divide the customer portion of the paper and the storage portion of the paper It includes. At this time, in the second step, the circular cutter and the square cutter are engaged with each other to perform paper cutting.

In addition, the paper storage process includes a first step of moving the storage portion of the cut paper to the dropping position, and a second step of freely dropping and stacking the storage portion moved to the dropping position. The second step includes a first step of detecting whether the storage portion has reached the dropping position, and a second step of forcibly freely dropping the paper through the rotation operation of the switch according to the result of the first step. In this case, the second step may include a step of operating the warning means to notify the accountant of the state when the storage portion of the giro paper is accumulated more than a predetermined amount.

As described above, the present invention can store giro by using an unmanned automated device, thereby reducing the banking operation and reducing the waiting time of the bank user.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of a paper machine automatically trading land according to the present invention will be described in detail.

1 is a block diagram illustrating a configuration of a paper-based automatic transaction apparatus and a paper moving path according to the present invention. FIG. 2 is a paper input unit, FIG. 3 is a paper reading unit, FIG. 4 is a paper factor unit, and FIG. 6 is a plan view and a front view showing a paper cutting portion, FIG. 6 is a paper conveying portion, FIG. 7 is a paper processing portion, and FIG. 8 is a paper storage portion.

Like reference numerals in the drawings denote like elements.

Referring to FIG. 1, the paper input unit 10 detects that the paper reaches the inlet by the user and transfers the paper to the internal reading position, and determines the contents of the paper input through the paper input unit 10. According to the processing of the paper reading unit 20, the paper reading unit 20 for receiving the seal according to the processing result of the paper reading unit 20, the paper factor unit 30 and the paper factor unit After the operation of 30, the paper cutting part 40 which cuts to divide the customer part and the storage part of the paper into the paper, and after the operation of the paper cutting part 40, the customer part and the storage part are separated and transported. It comprises a paper conveying unit 50, a paper processing unit 60 for loading the storage portion in a predetermined position, and a paper storage portion 70 for storing the storage portion of the transaction paper.

Hereinafter, the configuration and operation of each part will be described in detail.

Referring to FIG. 2, the paper input unit 10 is operated according to a paper input sensor 11 for detecting whether paper is inserted through the inlet opening a and a detection result of the paper input sensor 11. A feed roller 13 and an idle roller 14 for feeding the paper into the reading position by rotating the step motor 12 and the step motor 12 in contact with each other by the power of the step motor 12. And, the solenoid 15 for moving the idle roller 14 in order to determine the contact and separation of the feed roller 13 and the idle roller 14, and the upper guide for guiding the transfer path during transfer of the paper land 16a and the lower guide 16b.

Reference numerals 17a, 17b, and 17c are gears for transmitting the power of the step motor 12 to the feed roller 13, and 18a and 18b are used to connect the idle roller 14 and the solenoid 15 to each other. Links.

In the paper input unit 10 configured as described above, when the user inserts paper into the paper through the inlet port a, the paper input sensor 11 is turned on and the solenoid 15 is turned on. The operation begins. The operation of the solenoid 15 brings the idle roller 14 into close contact with the feed roller 13 by attracting the links 18a and 18b.

At this time, the feed roller 13 is rotated by receiving the power of the step motor 12 through the gear (17a, 17b, 17c) by the rotational friction with the idle roller 14 to the paper inwards The upper guide 16a and the lower guide 16b are transferred to the reading position of the paper reading unit 20.

The solenoid 15 is turned off when the branch paper continues and the end passes the paper input sensor 11, thereby separating the feed roller 13 and the idle roller 14. The operation of the step motor 12 is stopped.

Referring to Figure 3, the paper reading unit 20 is a CCD 21 for reading the number of the giro by using the characters of the giro paper to determine the amount and the dead date, and the user through the card opening (not shown) A display for checking the balance of the input card account and notifying the user of the processing operation such as the amount of the giro paper and the amount of the giro paper and the balance of the account (not shown). City).

Reference numeral 22 denotes a black recognition guide located at the lower side of the CCD 21 to facilitate recognition of the branch number, and 23 denotes a gear interlocked with and engaged with the gear 17b of the paper input unit 10. 24 denotes a feed gear interlocked with the gears 23, 25 denotes a feed roller rotated simultaneously with the feed gear 24, and 26 denotes an idle interlocked with the feed roller 25. Represents a roller.

When the paper reading unit 20 configured as described above is transferred to the upper portion of the recognition guide 22 along the upper guide 16a and the lower guide 16b connected to the paper input unit 10, the CCD ( 21) begins reading the Giro number.

The feed roller 25 fixed to the same axis as the feed gear 24 is rotated by the power through each gear 23 during the reading operation, and thus the idle roller 26 in close contact rotates. Transfer.

The storage processing means (not shown) performs the operation of withdrawing the processing amount from the account of the inserted card or bankbook, or the operation of counting and depositing the cash deposited through the cash entrance and exit, which can be selected by the user.

The display (not shown) uses a touch screen that displays a progress state of an operation and enables control input by a user.

If the read error or the storing processing malfunction occurs during the operation, the step motor 12 is rotated in reverse to discharge the paper. At the same time an error is indicated via the display.

Referring to FIG. 4, the paper factor unit 30 detects whether the paper conveying belt 33 is connected to the feed roller 31 and the idle roller 32 to move the paper, and whether the paper has reached the printing position. Printing position detection sensor 34, and the stamper 35 to move up and down to take the date and storage seal according to the detection result of the printing position detection sensor 34.

Reference numeral 31a denotes a feed gear having the same axis as the feed roller 31 while interlocking with the idle gear 23, and 36 and 37 denote upper and lower guides for guiding the stamp entrance.

The paper factor unit 30 having the above configuration has the printing position detecting sensor 34 turned on when the paper is conveyed between the conveying belts 33 along the upper and lower guides 16a and 16b. Accordingly, the stamper 35 moves downward in the state where the paper is guided by the upper and lower guides 36 and 37 to print the date and the seal.

Referring to FIG. 5, the paper cutting unit 40 detects a transfer belt 41 for moving the paper into the paper after the operation of the paper factor unit 30 and a cutting position to detect whether the paper has reached a predetermined position. Circular cutters 43 and square cutters which engage with each other by cutting up and down to divide the customer portion of the giro paper and the storage portion according to the detection result of the sensor 42 and the cutting position detecting sensor 42 to perform cutting. (44).

Reference numeral 45 denotes a feed roller for transferring the storage portion after the cutting operation, 46 and 47 denote upper and lower guides that guide the transfer of the cut storage portion, and 48 rotate the circular cutter 43. And a motor that provides power to move in engagement with the square cutter 44.

The paper cutting unit 40 configured as described above divides the paper into the customer part and the storage part as shown below. At this time, the storage portion includes for banking and financial settlement.

For customers Bank For financial settlement

When the paper is conveyed along the up and down guides 36 and 37 and the cutting position sensor 42 is operated, the motor 48 rotates while the circular cutter 43 and the square cutter 44 are engaged with each other. Provides power for cutting.

Referring to FIG. 6, the paper conveying unit 50 is engaged with each other, and the feed roller 51 and the idle roller 52 for advancing the storage portion of the paper into the upper portion of the paper storage unit 70, It includes a transfer motor 53 for providing power to the feed roller 51 through a plurality of gears interlocked with each other, and a transfer motion sensor 54 for detecting the transfer of the storage portion.

The paper conveying unit 50 configured as described above allows the feed motor 53 to operate when the cutting operation of the paper cutting unit 40 is completed so that the feed roller 51 and the idle roller 52 are engaged with each other. The storage portion of the paper is advanced to move to the upper portion of the paper storage portion (70). At this time, the transfer motion detection sensor 54 determines whether an error occurs in the transfer of the paper.

At this time, the customer part of the paper is passed through the paper cutting portion 40 → paper factoring portion 30 → paper reading portion 20 → paper input portion 10 according to the reverse rotation operation of the step motor 12. It is discharged to the inlet (a).

Referring to FIG. 7, the paper processing unit 60 forcibly loads the paper according to the falling position detecting sensor 61 for detecting whether the storage portion has reached a predetermined position and the output signal of the falling position detecting sensor 61. And a solenoid 63 driving the switch 62 to rotate freely to fall.

Reference numerals 64 and 65 denote upper and lower guides for guiding the paper into the ground, and 66 and 67 denote links for connecting the switch 62 and the solenoid 63 to each other.

In the paper processing unit 60 configured as described above, when the paper is separated from the feed roller 51, the links 66 and 67 are interlocked according to the operation of the solenoid 63 so that the switch 62 rotates. At this time, the branch paper located in the upper and lower guides 64 and 65 is dropped by the rotation of the switch 62. The drop position detecting sensor 61 determines whether an error occurs in the above operation.

Referring to FIG. 8, the paper storage part 70 is a storage box 71 having an upper surface and one side thereof opened, and a square plate 72 located inside the storage box 71 to accumulate a storage portion of the paper. ), A spring 73 positioned at each lower corner portion of the square plate 72 to raise the square plate 72 upwardly, and a bearing for guiding the shangdong of the square plate 72. 74 and a door 75 mounted to the storage box 71.

The paper storage part 70 is a paper stacking sensor (not shown) for detecting a state in which the square plate 72 is lowered to a predetermined position by its own weight as the paper stacks at a predetermined position of the storage box 71. And, it can be configured to be equipped with a notification means (not shown) for informing the officer of the state.

In the paper storage unit 70 configured as described above, the ground paper of the dropped storage portion is stacked on the square plate 72 in the storage box 71, and the square plate 72 sags downward according to its own weight. At this time, the upper surface is maintained at a constant height by the spring 73, the paper is constantly stacked.

On the other hand, it will be described in detail with reference to the flow chart attached to the control method of the automatic paper trading land according to the present invention.

9 is a flowchart for explaining a control method of a paper-based automatic transaction apparatus according to the present invention.

Referring to Figure 9, the control method of the land paper automatic transaction apparatus of the present invention is a paper input detection process (100) for detecting whether the land paper is drawn by the user to transfer to the reading position, and recognizes the paper land paper Jiro paper reading process (200) to read the contents of the contents and to receive the information according to the results of the giro paper printing process to take the stamp and date according to the results of the giro paper reading and user deposit processing ( 300), a paper cutting process 400 for dividing the customer portion and the storage portion of the paper, and the customer portion of the paper is discharged to the user and the storage portion is placed in a predetermined position Giro paper storage process (500).

The paper input detection process 100 includes a first step of detecting whether paper is inserted through the inlet, and a second step of transferring the paper to the internal reading position of the system according to the detection result of the first step. .

The Jiro paper reading process 200 is a first step of determining the amount of money and the closing date by reading the Jiro number using characters of the Jiro paper, and checks the balance of the card account input by the user and And a third step of withdrawing the amount of money from the account, and a third step of informing the user of the processing results of the first and second steps through a display.

In this case, the second step may store cash input by the user through the banknote entrance and exit in the same manner as the amount determined in the first step.

The giro paper printing process 300 includes a first step of moving the giro paper to the printing position, and a second step of imprinting the date and seal stamp using a stamper when the giro paper reaches the printing position.

The paper cutting process 400 is a first step of moving the paper to the cutting position, and when the paper reaches the cutting position by using a cutter to divide the customer portion of the paper and the storage portion of the paper. A second step is performed. In this case, in the second step, the circular cutter and the square cutter are engaged with each other to perform paper cutting.

The jiro paper storage process 500 is a first step of discharging the customer required portion of the cut giro paper through the inlet and moving the storage portion to the dropping position, and dropping the storage portion moved to the dropping position The second step of laminating to. At this time, the second step includes a first step of detecting whether the storage portion has reached the dropping position, and a second step of forcibly freely dropping the paper by rotating the switch according to the result of the first step. .

After the above operation is completed may include a step of operating the warning means to inform the accountant of the state if the storage portion of the jiro paper accumulated more than a predetermined amount.

As described above, since the automatic paper trading device and the control method of the present invention allow the giro to be stored in the unmanned automated machine, the labor cost of the bank can be reduced, and the labor waiting time of the customer can be reduced. It has an effect.

Claims (23)

The paper input unit detects that the paper has reached the inlet by the user and moves it to an internal reading position, and judges the contents of the paper input through the paper input unit, and performs the storing according to the result, and informs the user of the processing operation. Cuts the paper reading unit, a paper factor unit for stamping and stamping the paper on the paper according to the processing result of the paper reader unit, and divides the customer part and the storage part of the paper into the paper after the paper factor unit is operated. A paper cutting part to be separated, a paper conveying part for separating and transferring the customer part and the storage part after the operation of the paper cutting part, a paper processing part for transferring the loading part for loading at a predetermined position, and storing of the finished paper Jiro paper automatic trading device comprising a paper storage for storing the portion. The method of claim 1, The paper input unit is a paper input sensor for detecting whether paper is inserted through an inlet, a step motor operated according to the detection result of the paper input sensor, and rotated in contact with each other by the power of the step motor. A feed roller and idle roller for conveying the paper to the reading position, a solenoid for moving the idle roller to determine contact and separation of the feed roller and idle roller, and an upper guide for guiding the conveying path when feeding the paper. And Jiro paper automatic trading device comprising a lower guide. The method of claim 1, The paper reading unit reads the number of the giro by using the characters of the paper, and determines the amount and the closing date, and checks the balance of the card account input by the user and checks the balance of the card account input by the user. And a display for informing the user of the result of the retrieving means and the recognizing means and the storing and processing means. The method of claim 1, The paper reading unit reads the number of the giro by using the characters of the paper, and determines the amount and the closing date, and the same amount of money as determined by the recognition means for storing the cash input by the user through the banknote entrance and exit. And a display for informing the user of the results of the storage processing means and the recognition means and the storage processing means. The method according to claim 3 or 4, And the recognition means uses a charge coupled device (CCD). The method according to claim 3 or 4, And said display uses a touch screen which displays the progress of an operation and enables a control input by a user. The method of claim 1, The paper factor unit moves up and down to take a date and storage seal according to the transfer belt for moving the paper, the print position sensor for detecting whether the paper reaches the print position, and the print position detection sensor. Giro paper automatic trading device comprising a stamper (stamper). The method of claim 1, The paper cutting unit is a transfer belt for moving the paper after the operation of the paper factor, a cutting position sensor for detecting whether the paper reached the cutting position, and the cutting position sensor according to the detection result of the paper Jiro paper automatic trading device comprising a cutting means for cutting by moving up and down to divide the customer portion and the storage portion. The method of claim 8, The cutting means is a paper machine automatic trading device comprising a circular cutter and a rectangular cutter to engage with each other and perform paper cutting. The method of claim 1, The paper transport unit is engaged with each other and the feed roller and idle roller for moving the upper portion of the paper storage to move the upper portion of the paper storage portion, and a transfer motor for providing power to the feed roller through a plurality of gears interlocked with; Jiro paper automatic trading device comprising a transfer motion detection sensor for detecting the transfer of the storage portion. The method of claim 1, The paper processing unit includes a drop position sensor for detecting whether the storage portion has reached a predetermined position, a switch that rotates to force free fall of paper according to an output signal of the drop position sensor, and the switch Jiro paper automatic trading device comprising a solenoid for driving. The method of claim 1, The paper storage part is a storage box having an upper surface and one side open, a rectangular plate which is placed inside the rectangular box, and a storage part of the paper is stacked, and a lower angle of the rectangular plate to raise the rectangular plate upward at a predetermined interval. Jiro paper automatic trading device, characterized in that it comprises a spring located at the corner portion, and a guide to guide the shangdong of the square plate. The method of claim 12, And a paper stack sensor for detecting a state in which the square plate is lowered to a predetermined position by its own weight as a stack of paper is installed at a predetermined position of the storage box. Paper input detection process that detects whether paper is drawn by the user and transfers it to the reading position, and reads the content of the paper by recognizing characters, performs deposit processing according to the content, and informs the user of paper. And a giro paper printing process of stamping and stamping the giro paper according to the giro paper reading result and the user deposit processing result, and a giro paper cutting process of cutting the customer paper portion and the storage portion of the giro paper. The customer part of the control method of the automatic paper trading device for giro paper, characterized in that made of a paper storage process to discharge the user and the storage portion is placed in a predetermined position. The method of claim 14, The paper input detection process includes a first step of detecting whether paper is inserted through an inlet, and a second step of transferring paper to a predetermined position according to the detection result of the first step. Control method of paper automatic trading device. The method of claim 14, The process of reading the giro paper is a first step of reading the giro number using characters of the giro paper and determining the amount and the dead date, and checking the balance of the card account input by the user and checking the account by the amount of the first step. And a third step of informing the user through a display of the results of the processing of the first and second steps. The method of claim 14, In the reading process of the paper, the first step of determining the amount of money and the closing date and the like by reading the number of the paper by using the letters of the paper and storing the cash input by the user in the same way as the amount of money determined in the first step. And a third step of informing a user of a result of the processing of the first step and the second step through a display. The method of claim 14, The giro paper printing process includes a first step of moving the giro paper to a predetermined position, and a second step of photographing the date and seal stamp using a stamper when the giro paper reaches a predetermined position. A control method of a jiro paper automatic trading device, characterized in that. The method of claim 14, The paper cutting process is a first step of moving the paper into a predetermined position, and when the paper reaches a predetermined position, a second step of cutting the paper to divide the customer portion and the storage portion of the paper. Method of controlling the land paper automatic trading device comprising a. The method of claim 19, The second step is a control method of a paper machine automatic trading apparatus, characterized in that the circular cutter (cutter) and the square cutter is engaged with each other to perform paper cutting. The method of claim 14, The jiro paper storage process includes a first step of moving the storage portion of the cut giro paper to a predetermined position, and a second step of dropping and stacking the storage portion moved to the predetermined position. Control method of paper automatic trading device. The method of claim 21, The second step includes a first step of detecting whether the storage portion has reached a predetermined position, and a second step of forcibly freely dropping the paper by rotating the shutter according to the result of the first step. A control method of a jiro paper automatic trading device, characterized in that. The method of claim 22, And a step of operating a warning means to inform the officer of the state when the storage portion of the giro paper is accumulated in a predetermined amount.