KR20090072519A - Giro paper treating method - Google Patents

Abstract

A method for processing an application form is provided to prevent input of a new application form when the application form is returned by returning a conventional inputted application form through an input hole. A method for processing an application form includes the following steps of: initializing sensors of an application form processing unit(S100); performing input and return operation of the application form in an identical part; queuing the inputted application form through an input part(S200); performing automatic alignment and scanning of the inputted application form(S300); transferring image data of the application form to a control part(S400); and determining a state of the transferred image data(S500).

Description

Giro paper treating method

The present invention relates to a paper processing method, and more particularly to a paper processing method that can enable the input and return of paper through a single inlet.

In general, when paying various utilities, taxes, tuition, etc., Giro paper is used.

In recent years, a bank paper processing apparatus for automatically storing the paper is used widely to reduce the waste of manpower and time due to the storage of paper.

Accordingly, the present invention is an improvement of the conventional method for treating the paper processing paper, and first look at the conventional paper processing paper as follows.

First, as an example of a conventional giro paper processing apparatus, a "jiro sheet automatic processing apparatus" (hereinafter referred to as "traditional giro paper processing apparatus") of Republic of Korea Utility Model Model No. 20-287620 is known.

That is, the conventional land paper processing apparatus has a discharge section (hereinafter referred to as "half") provided in the lower portion of the feed section through a tray on which the ground paper sheets (hereinafter referred to as "jiro paper") introduced through the feed section and the discharge section are lifted. Or "discharge" to the accommodating portion provided inside the apparatus.

Therefore, when the conventional paper processing apparatus is used, since the input section and the return section are separated from each other, a recognition error occurs and the paper is forced into the input section even when the paper is discharged to the return section. The case was frequent.

Therefore, by forcing the Giro paper into the input unit during the process of returning the Giro paper, there was a problem that the Giro paper is easily damaged and give a lot of inconvenience to the user.

In addition, there was a problem in that the shutter constituting the input unit is easily damaged by inserting the paper into the input unit at the moment when the paper is returned.

Moreover, since the user often does not collect the paper of the returning part, there is a problem that the paper is easily lost due to the unrecovered of the paper.

Accordingly, the present invention has been invented to solve the above problems, the purpose of which is to put the paper in a single paper input unit, the paper paper processing method that allows the error paper to be returned to the paper input unit. To provide.

Another object of the present invention is to provide a paper processing method which can temporarily store a plurality of papers and return them at the same time.

Another object of the present invention is to provide a paper processing method which can prevent the reading error in advance by allowing the paper to be inserted to be moved rearward aligned.

It is another object of the present invention to provide a paper processing method for storing and storing the papers collected in order in a stack.

The paper processing method of the present invention for achieving the above object comprises the steps of initializing a plurality of sensors of the paper processing apparatus (S100); A step (S200) of waiting for the acquisition of the paper by a pair of input detection sensors located in the paper input unit where the input and return of the paper are made in the same place; When the user inputs the paper, the automatic alignment of the paper and the scanning of the CIS are executed (S300); Transmitting image data of the paper, which has been scanned, to the controller (S400); Determining whether the transmitted image data is recognized as normal (S500); If it is determined that the normal recognition, as the escrow (Escrow) step of aligning the leading edge of the paper and executing the printing (S600); And determining whether there is an additional transaction (S700), and if an additional transaction is required, executes after the acquisition waiting step (S200), and if an additional transaction is not required, stacking (S900) or collective rejection (All Reject). (S1000) is executed.

As the present invention as described above, since the previously inserted giro paper is returned from the paper inlet, it is prevented to introduce a new giro paper at the moment of returning the giro paper, thereby preventing damage to the giro paper and the paper input portion, Since it is possible to accurately collect the paper, it has the effect of preventing the loss of the paper.

In addition, according to the present invention, it is possible to temporarily store a plurality of paper into which the paper is thrown in and to be returned at the same time, thereby reducing the return time to a minimum.

In addition, the present invention has the effect of preventing the jam of the paper in advance in advance by allowing it to be moved by rearranging the paper input paper.

Furthermore, the present invention also has an effect of facilitating the arrangement of the paper by storing and storing the paper in the order of the paper to be collected in order.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention.

1 is a cross-sectional view schematically showing the configuration of a paper land paper processing apparatus to which a paper land processing method according to the present invention is applied.

As shown in the drawing, the paper processing apparatus to which the paper processing method of the present invention is applied includes a paper input unit 2 provided on one side of the case 1 and a paper half provided to communicate with the paper input unit 2. Read movement means 4 for reading and moving the paper inserted into the case 1 through the payment part 3 and the paper input part 2, and outputting the read data to the control part 100 (FIG. 2). And sorting the paper sheet discharged from the read moving means 4 to the paper storage means 6 or the paper returning part 3 while detecting the movement of the paper according to the output driving signal of the controller 100. It comprises a moving means (5).

The giro paper processing apparatus configured as described above is controlled to be operated by a control block as shown in FIG.

The controller 100 detects the input state of the paper by the pair of input sensors 112 and 114 and waits for the acquisition.

If there is an accept command in this acquisition waiting state, the control unit 100 operates the feeding solenoid 200 to feed the paper into the reading moving means 4, and to the detection signals of the plurality of alignment sensors (not shown). According to the CIS start and end sensors 118 and 120, the scan motor 300 is driven in accordance with the CIS start and end sensors 118 and 120 after checking that the input paper is inserted into at least one sheet. To read whether the inserted paper is acceptable. At this time, the data obtained in the process of detecting the two sheets and the image scanning is input to the control unit 100 in real time.

Next, after finishing the reading process as described above, the paper is executed by the driving of the print motor 400 and then passed through the scan printer module exit sensor 122 to the sorting moving means 5.

That is, when the reading result of the control unit 100 is one sheet of paper and the sheet of paper is acceptable, the escrow motor 500 is operated by the detection signals of the escrow sensors 124, 126, and 128.

On the contrary, in the case where the reading paper of the control unit 100 exceeds one sheet or the paper is impossible to accept, the paper is directly cut through the operation of the direction changing means, that is, the stacker switching solenoid 800. A medium return operation for discharging to the payment 3 is executed.

In this way, as the paper that can not be accepted is returned from the paper inlet 2, new paper is not introduced while the paper is returned, thereby preventing damage to the paper and the paper inlet 2. In addition, as it is returned from the place where the paper is inserted, the user can accurately collect the paper and prevent the loss of the paper in advance.

Next, the escrowed paper is stored by the paper temporary storage means and then operates the stacker DC motor 700 in accordance with the detection signals of the stack top sensor 130 and the stack wheel sensor 132. ) Is inputted vertically and stored, and the storage state is confirmed by detection signals of the box near sensor 134 and the box pull sensor 136.

On the other hand, when the user executes the return operation in the state where the paper is stored in the temporary storage means, the operation of the escrow alignment solenoid 600 and the stacker switching solenoid 800 according to the detection signal of the escrow start sensor 138. Stopping and returning a large amount of giro paper was temporarily stored in accordance with the detection signal of the replenish start sensor 140 and the replenish exit sensor 142 temporarily stored in the return time can be reduced to a minimum.

The paper processing method of the present invention for the paper processing apparatus constructed and controlled as described above will be described with reference to FIGS. 3 to 8.

Basic operation

First, as shown in Fig. 3, when the paper processing apparatus is operated, the sensors in the apparatus are initialized. That is, the calibration of the sensors is executed and set as a sensor calibration and initialization (S100).

Subsequently, when paper is fed into the case 1 through the paper feeder 2 where paper feed and paper return are made at the same place, the paper is placed on the left and right sides of the paper feeder 2 and the paper returner 3. A pair of input detection sensors 112 and 114 detect the state of the input paper and wait for the acquisition. (S200)

When the user inputs the giro paper in the standby state (S200), that is, when the user accepts it, the giro paper is obtained to drive the plurality of input alignment sensors (not shown) and the alignment motor (not shown). Auto Alignment is executed by the CIS, and scanning of the CIS is executed by the CIS start and end sensors 118 and 120 (S300).

Subsequently, the image data of the paper, which has been scanned, is transmitted to the control unit 100 (S400), and it is determined whether the image data of the transmitted paper is recognized as normal (S500), and when it is determined that the image is normal, escrow In step), the leading edge of the paper is aligned and the printing is executed.

At this time, after the paper has been received and the scan is completed, if there is a paper that has been previously escrowed, the paper has been conveyed to the position of the escrow start sensor 138 after the image data has been transferred and recognized. do.

Thereafter, if there is an additional transaction is determined (S700), if there is a command that the additional transaction is required, and executes the waiting step (S200), if there is a command that no additional transaction is required, stacking (S900) or collective return ( All Reject) (S1000).

On the other hand, if it is determined in the normal recognition determination step (S500) that the image data of the paper has not been recognized as normal since the input, the process after the acquisition waiting step (S200) is executed again through the medium return step (S800). .

Accept operation (S300)

As shown in FIG. 4, when the user's accept command is dropped in the waiting state S200, when the input detection sensors 112 and 114 do not operate according to the command, that is, when there is no detection signal from the input detection sensors 112 and 114. At the same time, the injection solenoid 200 operates and the scan motor 300 moves forward to obtain the paper.

If the giro paper is inserted and the CIS start sensor 118 does not operate, the driving of the scan motor 300 is stopped and the alignment motor (not shown) is operated to start automatic alignment. (S320)

If the automatic alignment is determined (S330), if the automatic alignment is performed, the scan motor 300 is driven forward, and the two sheets are detected and scanned (S340).

Subsequently, if there is no detection signal from the CIS end sensor 120, two detection and scan operations are performed according to the operations of the CIS start sensor 118 and the end sensor 120, and the two signals are detected according to the operation of the CIS end sensor 120. Every detection and scanning is terminated, and the scan motor 300 is stopped. (S350)

Then, the escrow operation (S600) or the medium return operation (S800) is executed through the normal recognition step (S500) of the basic operation.

On the other hand, in the automatic alignment determination step (S330), if it is determined that the automatic alignment is not, driving the scan motor 300 backward (S360), the operation of the injection solenoid 200 in accordance with the operation of the CIS start sensor 118 and The operation of the scan motor 300 is stopped (S370).

Subsequently, the above accepting operation S300 is executed again.

Reject Operation (S800)

As shown in FIG. 5, if there is a medium return command, the scan motor 300 is driven backward according to the operation of the injection solenoid 200.

Subsequently, if the CIS end sensor 120 and the CIS start sensor 118 do not operate and the input detection sensors 112 and 114 also do not operate, the scan motor 300 is stopped and input according to the operation of the CIS start sensor 118. The operation of the solenoid 200 is stopped. (S820)

Next, the accept operation S300 is executed, or the following escrow operation S600 is subsequently performed.

Escrow Operation (S600)

As shown in FIG. 6, when the escrow command is issued, the scan motor 300 drives forward, and the print motor 400 drives to print the ground paper.

Subsequently, when the scan print module exit sensor 122 does not operate, the escrow motor 500 is driven forward.

Next, in response to the operation of the Scan Print Module (SPM) exit sensor 122, the scan motor 300 is stopped and a response message, for example, a message about whether there is another branch paper is transmitted. S630)

If the escrow alignment end sensor 124, the escrow alignment passage sensor 126, and the escrow alignment front sensor 128 do not operate, the escrow motor 500 is stopped. (S640)

Thereafter, the accept operation (S300) or the storing operation (S900) or the batch return operation (S1000) is executed.

On the other hand, if an error occurs in the escrow motor stop step (S640), it is preferable to process in the response message of another command.

Stack operation (S900)

As illustrated in FIG. 7, if there is a storage command, the escrow motor 500 is driven forward according to the operation of the escrow alignment solenoid 600.

Next, according to the presence or absence of the detection signal of the storage top sensor 130, the escrow motor 500 is stopped and the operation of the escrow alignment solenoid 600 is stopped (S920).

Thereafter, the stacker DC motor 700 is driven forward (S930), and when the storing wheel sensor 132 does not operate, the stacker DC motor 700 is stopped (S940). Next, the box near sensor 134 is stopped. ) And storing when the box pull sensor 136 does not operate.

All Reject Operation (S1000)

As shown in FIG. 8, if there is a batch return instruction, the escrow motor 500 is driven forward in accordance with the operation of the escrow alignment solenoid 600 and the stacker diverter solenoid 800 (S1010).

Subsequently, the operation of the escrow alignment solenoid 600 and the stacker switching solenoid 800 is stopped according to the operation of the escrow start sensor 138, and the refund switching solenoid 900 is operated.

Next, according to the presence or absence of the detection signal of the refrigeration start sensor 140 and the refrigeration exit sensor 142 do not operate, the escrow motor 500 is stopped and the operation of the replenishment switching solenoid 900 is stopped. (S1030), the batch return operation ends.

What has been described above is just one preferred embodiment of a paper processing method according to the present invention, and the present invention is not limited to the above-described embodiment, and therefore, the subject matter of the present invention as claimed in the following claims. Without departing from the scope of the present invention, any person having ordinary skill in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

1 is a schematic cross-sectional view showing the configuration of a paper land paper processing apparatus to which a paper land processing method according to the present invention is applied;

2 is a control block diagram for controlling the operation of the apparatus of FIG.

3 is a flow chart of the basic operation of the paper processing method according to a preferred embodiment of the present invention,

4 is a flow chart of an accept operation of the processing method of FIG.

5 is a flow chart of the medium return operation of the processing method of FIG.

6 is a flow chart of the escrow operation of the processing method of FIG.

7 is a flow chart of the storing operation of the processing method of FIG.

8 is a flowchart of a batch return operation of the processing method of FIG. 3.

<Description of the symbols for the main parts of the drawings>

112,1114: Input sensor 118: CIS start sensor

120: CIS end sensor 122: scan print module exit sensor

124: escrow alignment end sensor 126: escrow alignment path sensor

128: escrow alignment front sensor 130: stack top sensor

132: stack wheel sensor 134: box near sensor

136: box pull sensor 138: escrow start sensor

140: fund start sensor 142: fund exit sensor

100: control unit 200: injection solenoid

300: scan motor 400: printer motor

500: Escrow Motor 600: Escrow Alignment Solenoid

700: Stacker DC Motor 800: Stacker Switching Solenoid

900: Refund Conversion Solenoid

Claims (10)

In the Jiro paper processing method, Initializing the plurality of sensors of the paper processing apparatus (S100); A step (S200) of waiting for the acquisition of the paper by a pair of input detection sensors located in the paper input unit where the input and return of the paper are made in the same place; When the user inserts the paper into a paper, performing automatic alignment of the paper into the paper and scanning the CIS (S300); Transmitting image data of the paper, which has been scanned, to the controller (S400); Determining whether the transmitted image data is recognized as normal (S500); If it is determined that the normal recognition, as the escrow (Escrow) step of aligning the leading edge of the paper and executing the printing (S600); And Determining whether there is an additional transaction (S700), Subsequently, if an additional transaction is required, execution is performed after the waiting step (S200). If no additional transaction is required, a stack (S900) or an all-reject (S1000) is executed. Jiro paper disposal method. The method of claim 1, In the normal recognition determination step (S500), if it is determined that the image data of the paper is not recognized as normal since the input, the process after the acquisition waiting step (S200) is executed again through the medium return step (S800). Jiro paper disposal method. The method of claim 1, After the scanning of the injected paper is completed (S300), if there is a previously escrowed paper, while recognizing the new image data according to the image data transmission (S400) of the newly loaded paper, it is previously escrowed paper. Characterized in that the transfer to the escrow start sensor to wait Jiro paper disposal method. The method of claim 1, The accept operation (S300) is When the input detection sensor detects the ground paper according to an accept command, if the ground paper does not operate, the input solenoid operates and the scan motor moves forward to obtain the ground paper (S310); When the CIS start sensor detects the paper, stopping the driving of the scan motor and starting the automatic alignment (S320); Determining that the data is automatically aligned (S330); If automatically aligned, driving the scan motor forward and executing two detections and scans (S340); And When the CIS end sensor detects the paper, it ends the two sheets of detection and scanning, and stops the scan motor (S350). Subsequently, the escrow step S600 or the medium return step S800 is executed through the normal recognition step S500. Jiro paper disposal method. The method of claim 4, wherein The automatic alignment determination step (S330), If it is determined that the automatic alignment is not performed, driving the scan motor backward (S360); And And stopping operation of the input solenoid and the scan motor according to the operation of the CIS start sensor (S370), Subsequently, the accept operation S300 is executed again. Jiro paper disposal method. The method of claim 2, The medium Reject operation (S800) Driving the scan motor backward according to the operation of the injection solenoid (S810); And If the ground paper is detected by the CIS end sensor, the CIS start sensor and the input detection sensor in turn, stopping the scan motor and stopping the operation of the input solenoid (S820), Subsequently, the accept operation S300 is executed or the escrow operation S600 is continuously performed. Jiro paper disposal method. The method of claim 1, The escrow operation (S600) is Driving the scan motor forward and driving the print motor to print the giro paper (S610); If the scan print module exit sensor detects the ground paper, driving the forward motor (S620); Stopping the scan motor and transmitting a response message according to the operation of the scan print module exit sensor (S630); And When the escrow alignment end sensor, the escrow alignment path sensor, and the escrow alignment front sensor is detected in sequence, the paper is stopped, and the step (S640) to stop the escrow motor, Subsequently, the accept operation (S300) or the storing operation (S900) or the batch return operation (S1000) is executed. Jiro paper disposal method. The method of claim 7, wherein If an error occurs in the escrow motor stop step (S640), processing in the response message of another command Jiro paper disposal method. The method of claim 1, The stack operation (S900) Driving forward the escrow motor according to the operation of the escrow alignment solenoid (S910); As the storage top sensor is turned off / on, stopping the escrow motor and stopping the operation of the escrow alignment solenoid (S920); Driving the stacker DC motor forward (S930); And When the storage wheel sensor detects the paper, the step of stopping the stacker DC motor (S940), The box near sensor and the box full sensor then finish storing. Jiro paper disposal method. The method of claim 1, The All Reject operation (S1000) Driving the escrow motor according to the operation of the escrow alignment solenoid and the stacker diverter solenoid (S1010); Stopping the operation of the escrow alignment solenoid and the stacker switching solenoid according to the operation of the escrow starting sensor, and operating the replenishment switching solenoid (S1020); And If the replenish start sensor and the replenish exit sensor detect the ground paper, the step of stopping the escrow motor and the operation of the replenishment switching solenoid (S1030), Next, the batch return operation is terminated. Jiro paper disposal method.

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