KR980010885A - Automatic unloading system and system - Google Patents

Abstract

The present invention provides a unattended automatic unloading device and system that enables a fully automatic operation of a storing job using a giro paper so as to eliminate unnecessary work and waste and efficiently perform the job, And a customer inserts the document into the specific position as the plurality of rollers installed on the inner guider of the document reader are placed in the receiving position. At that position, the reader scanner inserts the reader into the reading band Then, the Giro document is transferred to a receipt printer, and a receipt mark is printed on the receipt column and cut and separated. Then, only the cut receipt column is delivered to the customer on a pair of belt conveyors, while the receipt column is cut The giro paper sheets can be divided into Giro paper Reading the magnetic data of the payment means for payment of the amount of the bookkeeping of all the constituent parts and the calculation processing through connection with the online network of the financial institution and correcting the magnetic data according to the result, And the customer externally inputs data required by the main controller after the insertion of the payment means through the input means and the main controller reads the magnetic data stored in the payment means through the normal payment means reader have.

Description

Automatic unloading system and system

FIG. 1 is a side sectional view showing a configuration of an automatic document inserting apparatus according to the present invention. FIG.

FIG. 2 is a partial cross-sectional view showing the detailed structure of a giro sheet reader in the apparatus configuration of the present invention; FIG.

FIG. 3 is a partial cross-sectional view showing the structure of a receipt printer and a receipt cutter in a device configuration of a barber name; FIG.

FIG. 4 is a side sectional view showing a schematic configuration of a gyro facet sorting machine according to the present invention; FIG.

FIG. 5 is a partial side sectional view showing an outlet side structure of the receipt cutter in the construction of the present invention; FIG.

FIG. 6 is a perspective view showing the outline of the inventive device. FIG.

FIG. 7 is a flow chart of a main routine constituting the system of the present invention.

DESCRIPTION OF THE REFERENCE NUMERALS

1: Monitor 2: Giro Code Reader

3: Receipt printer 4: Receipt cutter

5: Saddle ticket sorting machine 6: Receipt return machine

7: Main controller 8: Cabinet

9: Giro paper transfer unit 10: input means

11: Payment means insertion port 21: Giro insertion port

22: document scanner 23: reader scanner

24: guider 25: document sensor

26: Feed roller 27: Motor

28: Form alignment roller 31: Printer head

32: print guider 33: print sensor

34: Cart Entry Feed Roller 35: Motor

41: incoming channel 42: cutting sensor

43: motor 44: cutter

51: Housing 52: Motor

53: drawing roller 54: guider

55: gate 56: solenoid

57: Pivot lever 58: Touch sensor

59a: Light emitting element 59b: Light receiving element

61: Acquisition roller 62: Path converting means

63: Solenoid 64: Belt Conveyor

65: roller 66: return port

100: Reset step 101: Reading out the payment means

102: Account input step 103: Card recognition step

104: Subroutine 105: Online connection step

106: Arrangement of the form 107 Step:

108: print step 109: passbook / card clearance step

110: receipt cut step

111: Receipt return stage

112: Giro Ticket Sort Step

The present invention relates to a system and a system for unmanned automatic unloading apparatus that can reduce manpower required for operating a system for storing various utility bills and reduce the work load of financial institutions as part of promoting computerization of financial transactions.

There are about 140 kinds of bills that are handled by financial institutions in Korea. There are also various ways of handling these bills and collecting them, so that most of the bills of the financial institutions are manually handled And it is urgent that a solution is urgently needed.

In addition, the employees of financial institutions are frequently mistaken for their accounts due to the manual work process, which causes financial accidents such as lowering the credit quality of financial institutions and the occurrence of cash and tangible problems.

In addition, financial institutions' utility bills are almost unlimited due to high labor costs and high administrative burdens due to the high frequency of overheads due to excessive workload, while financial gains from the payment of utility bills are small, unlike other bills. On the other hand, The customer is temporarily crowded to cause window congestion.

In order to solve the problem of such bills collection service, various measures have been conventionally proposed, but no solution has been proposed until now.

In more detail, the payer receives the paper and the payment amount and stores it at the financial institution. At this time, the payer should present the paper and the payment to the employee at the bills receipt window, and the responsible person checks the paper and the amount of the receipt, and then issues the receipt to the payer.

The collected Giro paper is again classified into various kinds of utility bills, and it is collected into the total amount of the daily storage amount and the tabulation table, and then collected as the head office of the financial institution. Then, the storage amount is inputted into the head office, , And the utility bill is sent to the issuer of the utility bill, and the work of the financial institution ends.

The Financial Supervisory Service (KFTC) performs the necessary tasks such as aggregation, sorting, microfilm shooting, and the like by inputting the schedules and notices and the schedules and the giro paper sent by the financial institution, and then, based on the results, And Giro issuers.

Giro paper, which is used in the above-mentioned Giro storage system, uses one piece of paper classified into three categories, namely, a receipt, a bank deposit, and a KFTC. However, since the specification of this paper is different for each issuer, There are many difficulties in building.

Until now, the unmanned automation of the giro storage system has been urgently required, and the advantages that can be expected when the system is automated are as follows.

First, it is expected to maximize the efficiency of the work by computerization of the method of counting the bills receipt documents. Therefore, it is possible to eliminate manpower and arithmetic error of counting.

Secondly, it is possible to store 24 hours continuously by the unauthorized store of public utility bills. It is possible to prevent congestion of financial bills of financial institutions, and the payer can utilize unattended shops near the residence, which is very convenient.

Third, it is possible to save the manpower and equipments required for the collection of financial data by omitting the transfer of the paper from the financial institution to KFTC through the online of the computerized data.

The inventor of the present invention has developed a system and a system for unattended automatic unmanned storage devices capable of storing even a sheet of paper having a standard size in view of the fact that the problem of the storage system with the embroidery paper is based on the difference in size of the paper.

Therefore, an object of the present invention is to provide an automatic unloading device for unattended storage of paper that can efficiently perform storing work using paper sheets.

Another object of the present invention is to provide a giro unattended automatic unloading system which realizes an unmanned automatic receiving system by accommodating without regard to the standard of the giro system.

The above object can be attained by an apparatus and a system according to the present invention having the following characteristic features.

The monitor of the present invention displays the current program progress status to the customer and the customer inserts the ticket into the specific position as the rollers installed on the inner guider of the guide rail reader are rotated, The data stored in the reading band is read from the reader scanner to the reader scanner. Then, the Giro document is transferred to the receipt printer, and the receipt mark is printed on the receipt column and cut and separated. Only the cut receipt column is delivered on a pair of belt- , And the documents are divided into a group of giro paper sorting machines in which the receipt boxes are cut, and the self-data of the payment means for paying the amount of the sequential control and the giro paper of all the constituent parts are read out, And the result of the calculation process through the connection with the self-data Is performed in the main controller modification, the customer is the main controller after the insertion of payment means may be reading the magnetic data recorded in the means of payment through a conventional payment reader.

In the apparatus according to the present invention, the guide rail scanner and the reader scanner are disposed on the upper and lower sides of a guider extended almost horizontally with respect to the document insertion opening, and the guide scanner is disposed on the path of the guider, At least one pair of document sensors are arranged, and a plurality of conveying rollers driven by a motor forward and backward are installed in the element elements on the path of the guider.

Further, the guider may be configured as a pair of plates arranged vertically.

The guide rail reader has at least one pair of guide rollers on the rear side of the guide rail, which is open to the outside, so that a specific portion of the guide can be automatically aligned.

The receipt printer includes a print guider disposed in a horizontal plane inside the printer, a print sensor installed at a lower side of the guider to identify whether or not the paper guide is fed, and a print sensor disposed above the guide, And a printer head for printing.

The print guider may be equipped with a surface conveying roller which is driven by a motor in order to convey the gyro surface to a specific position.

The receipt printer can be replaced with a conventional automatic date stamp.

The receipt cutter is provided with a feed channel disposed therein and a cutting sensor disposed in the middle of the feed channel for recognizing the arrival of the cut position of the cut slot and a cutter driven by the motor at the cutting position of the cut slot, .

The gyro checker sorting machine includes a plurality of sleeves for receiving sleeves, and a guider for guiding the sleeper sleeves is installed on each of the sleeves, and a motor-driven drawer roller And a gate which is opened and closed by a solenoid is mounted on the inner side of the guider so as to be able to move in and out of the guider, have.

A touch sensor is further provided on the rear side adjacent to the gate to check whether a guider pattern exists in the guider, and the light emitting element and the light emitting element are mounted so as to face each other at a predetermined position on the inner wall of the housing, It can be detected.

Wherein a take-out roller is provided at a position between the receipt returning device and the gillet form conveying section on the exit side of the receipt cutter, and a path on the exit side of the receipt cutter is selectively changed between the entrance side of the receipt returning device and the take- A route converting means for converting a route to a destination route can be arranged.

The receipt returner is composed of a pair of belt conveyors arranged vertically and driven to be in contact with each other.

The gillet table transfer part is arranged so that a pair of folded panels are arranged opposite to each other, and a plurality of rollers are arranged by element elements in the gill table transfer part, so that the guide can be conveyed to the cut paper where the receipt column is cut.

According to another aspect of the present invention, there is provided a system comprising a resetting step in which only a monitor, a main controller, a keyboard, A controller for reading the magnetic record of the payment means through the payment means reader; and an account input means for inputting an account number to the customer when the payment means inserted in the payment means reading step is recognized as a passbook, A card recognizing step of discriminating whether the inserted card is a regular non-regular card if it is recognized as a card when it is recognized as a non-passbook in the step of reading out the paying means, and if the card is a regular card, A subroutine for dividing the recognized pattern into a pattern suitable for the recognized card, An online connection step of connecting the data read out from the subroutine to a normal financial network and requesting insertion of a giro document to the customer when the connection is established; and a step of detecting insertion of the giro document, A step of aligning the blanks of the inserted blanket with a leader scanner, reading the magnetic data recorded by the reader scanner, inputting the read data into the main controller, A printing step of printing a receipt mark on the receipt column by accepting the receipt printer with the receipt printer when the result of the card reading step is + When the print of the receipt mark is completed in step < RTI ID = 0.0 > A receipt cut step of cutting out the receipt column of the gyro profile and delivering the receipt column separated by cutting at the receipt cutting step and returning it to the customer through the receipt return slot, A receipt returning step of disconnecting the on-line connection and returning the inserted payment means; a step of delivering the coupon with the receipt column being cut, dividing the coupon into the coupon code sorting groups by type, returning to the resetting step, As shown in FIG.

The detailed and detailed description of the construction of the present invention as described above is as follows.

FIG. 1 is an overall block diagram of an unattended automatic unloading device for a girostat to complete the present invention.

The apparatus includes a monitor 1 for displaying a current operation to a user and a monitor 1 for displaying the current operation to a user and a giro ticket reader 2, a receipt printer 3, a receipt cutter 4, a giro ticket sorting device 5, ).

In the cabinet 8 for housing these constituent parts, the monitor 1 is located at the upper side for easy observation, and the gyro code reader 2 is disposed at the front side. The receipt printer 3 is continuously arranged on the rear side of the giro document reader 2, and the receipt cutter 4 is continuously provided on the rear side thereof.

The giro package sorting machine 5 and the main controller 7 are installed on the lower side of the cabinet 8.

The arrangements of the constituent parts of the present invention are exemplified as above, but they do not necessarily have to be so arranged and may be changed according to the intention of the designer or purchaser.

The giro document reader 2 includes a document insertion slot 21 opened to the front side of the cabinet 8, a document sensor 22 for recognizing presence or absence of a document through the document insertion slot 21, And a reader scanner 23.

The receipt printer 3 has a printer head 31 installed on the conveyance path of the paper guide. Between the exit side of the receipt cutter 4 disposed at the rear of the receipt printer 3 and the gyro factor sorting machine 5 is continued to the gyro tray transferring part 9. The gyro slip transfer unit 9 is disposed on the outlet side of the receipt cutter 4 together with the receipt returner 6.

FIG. 2 is a partial side sectional view showing a detailed structure of the guide rail guide reader 2 in the apparatus configuration of the present invention.

The document scanner 22 and the reader scanner 23 are disposed on the upper and lower sides of the guider 24 extending substantially horizontally with respect to the document insertion slot 21. [ The guider 24 is in the form of a pair of plates vertically arranged and another document sensor 25 is provided between the document sensor 22 and the reader scanner 23 to determine whether the document is fed . The bobbin bill inserted through the bill insertion slot 21 is conveyed by the conveying roller 26 provided on the element of the guider 24. The feed roller 26 is driven by the power of the motor 27 via the reduction gear train.

In this invention, the giro document reader 2 can be provided with a document alignment roller 28 on the rear side of the giro document insertion slot 21. [ This form aligning roller 28 changes the posture of the gyro element in accordance with a specific part of the form, for example, a specific part of the left side guider 24, for example, the inner left side.

The basic configuration of the guide rail reader 2 as described above is the same as that of the known reader.

3 is a partial side sectional view showing the structure of the receipt printer 3 and the receipt cutter 4 in the apparatus configuration of the present invention.

The receipt printer 3 places the print head 31 on the print guider 32 which is connected to the guider 24 extending from the gauge ticket reader 2 and the print guider 32 A print sensor 33 for identifying the presence or absence of the symbol is provided on the front side of the print head 31. [

The print guider 32 of the receipt printer 3 also has a table transfer roller 34 and these are also driven by the power of the motor 35 via the reduction gear train.

The structure of such a receipt printer 3 is the same as that of a known printer. In the present invention, the printing method of the receipt printer 3 can be selected from known printing methods except for the thermal transfer printing.

The receipt cutter 4 has an inlet channel 41 continuous with the print guider 32. A cutting sensor 42 is installed in the middle of the inlet channel 41 to recognize the cutting position of the gill plates.

The cutting of the gyro element is performed by the cutter 44 driven by the motor 43. [

In the present invention, the power of the motor 43 is introduced to the structure in which the cutter 44 is lifted and lowered by a crank operation derived from the driven rotation of the bell gear engaged with the output side. However, the present invention is not limited thereto, But the present invention is not limited thereto. Any type of mechanism can be applied as long as it is a mechanism that allows the cutter 44 to move up and down.

4 is a side cross-sectional view showing a schematic configuration of a gyro facette sorter 5 in the present invention.

The giro ticket sorting machine 5 is composed of a plurality of juxtapositions 51 which are arranged so that the receipt is cut and the receipt is cut and the documents are classified and stored. A drawing roller 53 driven by a motor 52 is installed on the upper portion of the housing 51 and is located at the entrance side end of a guider 54 for guiding a guide path. Further, a gate 55 for selectively accepting or passing an instruction is provided on the inside of the guider 54 so as to be able to move in and out, and is opened and closed by a solenoid 56. The gate 55 and the solenoid 56 are connected to each other by a pivotal lever 57 having an intermediate portion pivotally supported so that the gate 55 is interlocked and opened in synchronization with the operation of the solenoid 56.

A touch sensor 58 for checking whether there is a bubble mark on the guider 54 is disposed on the rear shaft adjacent to the gate 55 and a light emitting element 59a and a light receiving element The detection signal is generated when the amount of the element becomes equal to or more than a predetermined value because the element 59b is attached and installed so as to face each other.

5 is a partial side sectional view showing an outlet side structure of the receipt cutter 4 in the construction of the present invention.

A receiving roller 61 is provided between the receipt returning unit 6 and the giloton feeding unit 9 arranged on the exit side of the receipt cutter 4 and the entrance side of the receipt returning unit 6 and the receiving roller 6 61, the path changing means 62 is disposed.

The path converting means 62 is in the form of a folded panel so as to be able to guide the guide path and is linked by the solenoid 63 so that the exit side of the accepting roller 61 is connected to the entrance of the receipt- To the entrance side of the bed sheet conveying section (9).

In the present invention, the receipt returner 6 is a pair of belt conveyors 64 arranged vertically and driven to be in contact with each other.

The pair of belt conveyors 64 are guided by a plurality of rollers 65 disposed on the element elements and run in mutual contact with each other, and the receipt is interposed between the mutually contacted belt conveyors 64, Which is opened to one side of the return port 66. [

In addition, the ticket with the receipt is cut off is transferred to the giro paper conveying section 9 in accordance with the selective operation of the path converting means 62.

As shown in Fig. 1, the giro paper transferring unit 9 is composed of a pair of panels which are bent in a side "⊂"

The rollers 91 are arranged for each element element in the middle of the paper sheet transferring section 9 and are rotated by the motor 92 so that the paper rolls are transferred to the paper rolls sorting machine 5.

The apparatus of the invention having the above-described constitution forms the external shape shown in Fig.

FIG. 6 includes an input means 10 and a payment means insertion port 11 which are not introduced in the above description. The input means 10 allows the user to input an account defense, a password or the like in the case of payment by a bankbook. The payment means, the insertion port 11, It becomes the external window of the means reader (known).

Since the reader is the same as a card reader currently practiced in the unmanned cash service of a financial institution, a detailed description thereof will be omitted.

Of course, the appearance of the device related to this invention can be changed as much as the designer intends. In the apparatus of the present invention, the main controller 7 operates an internal program according to the input of an input means 10 such as a keyboard operated by a customer, displays the current program progress status through the monitor 1, (2), a receipt printer (3), a receipt cutter (4), a giro ticket sorting machine (5), a receipt return machine (6) ), A gyro slip transfer unit 9, and the like.

FIG. 7 is a flow chart of a main routine constituting the system of the present invention.

When power is supplied to the apparatus and the system is started, the main controller 7 enters a reset step 100 in which all the constituent units are initialized. In the initialization, all the components are stopped, and only the monitor 1, the main controller 7, and the input means 10 are in a standby state. Here, the monitor 1 displays a caption for inserting a passbook / card.

The subtitle is displayed as an example "Insert the passbook / card into the right insertion slot".

When the customer pushes the passbook / card, the main controller 7 operates the known payment means reader to read the passbook / card's magnetic record.

When the passbook / card is inserted, if the payment instrument reader is operated and the flow proceeds to the payment instrument reading step 101, the readout signal is processed by the main controller 7 and is inspected by insertion of the passbook, Displays the notice of use. An example of a display to be performed at this time is to notify the customer that "a fee will be charged when using another bank account".

If the customer does not issue a cancel command even after the display of the notice, the main controller 7 shifts to the account input step 102 and displays a character display requesting the account number input through the monitor 1, for example, Quot; input "is displayed. In accordance with such an operation instruction, the customer operates the input means 10 to input his / her account number.

If a series of actions to be taken by the customer does not start within a certain time, the main controller 7 performs error processing and returns the inserted passbook to the customer.

Unlike this automatic detection method, the customer can select the passbook / card. In this case, the display subtitle of the monitor 1 is, for example, "passbook is 1, card is 2 ", and the like.

The main controller 7 proceeds to the next card recognition step 103 when a signal read out through the payment means reader in the payment means reading step 101 is not recognized as a regular passbook.

If it is recognized as an unusable card (including a fake card) that can not be used as a result of reading the card record in the card recognition step 103, the card is subjected to error processing and then the irregular card is returned. If the card is a regular card, Goes.

The subroutine 104 recognizes and processes the inserted card by type. Currently available cards include cash cards, debit cards, credit cards, electronic wallets, etc., which are automatically identified by reading a unique identification code by the system.

Alternatively, the customer may choose to use the card.

In this case, the subtitle of the monitor 1 is changed to "a cash card is 1, a debit card is 2, a credit card is 3, and an electronic purse is 4".

In addition, the main controller 7 may notify the customer of the notice of the kind depending on the inserted card.

An example of what to notice when choosing a cash card is "Cash card is only available for XX bank cards".

An example of a debit (credit) card is "A fee will be charged when using another bank debit (credit) card".

In addition, since the electronic wallet has the same effect as cash, the indication of the notice is not actually required.

When the customer inputs the account number of the passbook or completes the selection of the card, the read data is input to the main controller 7. [

The main controller 7 goes to an online connection step 105 in which data relating to the payment means is inputted and connected to the financial data network. When the data input to the main controller 7 is connected to the on-line network of the financial computing network 7, the main controller 7 performs the following operations on the monitor 1 with subtitles such as " Indicate. When the customer inputs the password, the main controller 7 checks whether or not the password matches the password of the online network. If the password does not match, the main controller 7 repeatedly repeats a number of times to display a subtitle requesting re-input. An error display is made while returning the card.

When the input password matches, the monitor 1 displays subtitles such as "insert the bill as the guest's balance is XXX ".

When the customer inserts the gilfeel through the insertion slot 21 as shown in FIG. 2, the system controller 22 proceeds to a box sorting step 106 where the ticket sensor 22 senses it, .

The main controller 7 drives the motor 27 according to the signal from the ticket sensor 22 so that the conveying roller 26 of the guider 24 and the table aligning roller 28 are rotated do. The document aligning roller 28 is used to adjust the gyro pattern in a predetermined direction.

The leading edge of the gyro element is detected by another document sensor 25 provided adjacent to the reader scanner 23 and a new sensing signal is inputted to the main controller 7. [

The main controller 7 receives the signal input from the ticket sensor 25 and proceeds to the ticket reading step 107. [

The main controller 7 stops the driving of the motor 27 and stops the driving of the motor 27 via the reader scanner 23 and the leading bands of the gyroscope 23 via the reader scanner 23. [ .

The main controller 7 reads out the type of the document with the data inputted through the reading band of the gyro tag and activates the solenoid 56 of the gyro pattern sorting machine 5 to be executed thereon so that the gate 55 And simultaneously processes the read data with the record data of the financial data network and outputs it to the monitor 1.

An example of the output is "XXXX balance before payment, YYY in Giro amount, ZZZZ in balance after payment". Here, the main controller 7 proceeds to the next step only when the remaining amount after payment according to the calculation result is +, and if it is negative, displays the subtitle "confirm that the current remaining amount is insufficient"

At the time of the error processing, the main controller 7 rotates the motor 27 in the reverse direction, returns the inserted card to the customer, and returns it to the customer with the card reader / card at the same time.

The main controller 7 restarts the motor 27 when the amount of money after the payment is +, and thus the printing apparatus proceeds to the printing step 108 where the giro printing is sent to the receipt printer 3.

The print sensor 33 in the receipt printer 3 inputs a detection signal to the main controller 7 indicating that the gyro entry has been entered so that the motor 35 is driven and the print sensor 33 The main controller 7 controls the driving of the motor 35 based on the type and length of the gyro element so that the receipt column of the gyro element is placed at the print position.

The motor 35 is stopped when the receipt column of the gyro ticket is brought to the lower side of the print head 31 and then the receipt mark is printed by the print head 31. [

The printable contents may be bank branch name, payment date, amount, giro number, and the like.

Another simple way is to replace the sign with the sign of popularity by me.

The main controller 7 shifts to the passbook / card arrangement step 109 to correct the magnetic record of the online network and the passbook / card when the receipt mark printing by the print head 31 is finished, ). In this step 110, the blanks marked with the asterisk are entered into the receipt cutter 4 by the re-driving of the motor 35, and the entrance of the blanket is brought to the correct cutting position by the cutting sensor 42 At the same time, the solenoid 63 is operated so that the path changing means 62 connects the outlet of the receipt cutter 4 to the receipt returner 6.

The cutting sensor 42 generates a sensing signal when the cutting position of the gyro element reaches the cutter 44. When the cutting sensor 42 receives this signal, the main controller 7 stops driving the motor 35 The motor 43 and the solenoid 63 are operated so that the receipt is cut and the path converting means 62 is operated.

Thus, the receipt column of the gyro ticket is guided to the route conversion means 62 and transferred to the belt conveyor 64 of the receipt returner 6.

When the cutting of the receipt ends, the main controller 7 goes to the receipt return step 111. [

In the receipt return step 111, the monitor 1 may display the caption "Receive Receipt ". The receipt is sandwiched between belt conveyors 64 and conveyed and finally provided to the customer through the return port 66, after which the online connection is disconnected and the inserted passbook / card is returned to the customer.

Another method is to return only the above receipt and display the subtitles "Y / N" (Y / N) through the monitor 1 to ask the customer whether or not the payment of the coupon is to be made. And return the passbook / card.

In the latter method, if Y is inputted, the process returns to the item sorting step 106 and is repeated, so that the time can be shortened.

When the payment is completed as described above, the customer ends the collection of the utility bill by capturing the receipt of the own passbook / card and the giro-ticket.

After the receipt is returned to the customer, the main controller 7 transitions to the giro ticket sorting step 112.

The main controller 7 stops the operation of the solenoid 63 so that the outlet of the receipt cutter 4 is connected to the giro paper feeder 9 in the giro paper sorting step 112. [ Therefore, the ticket is returned to the giro ticket sorting machine 5 through the giro document transferring part 9.

On the other hand, the main controller 7 opens the gates 55 of the grit coin sorting machine 5 corresponding to the type of the blanket read from the blanket reading step 107, The main controller 7 ends the series of processes in which the gyro element is guided to the upper side guider 54 of the main body 5 and guided to the gate 55 which is opened naturally and stored in the housing 51, (100) and initialized.

The error processing from the system of the present invention, which is controlled as described above, to the digit mark printing step 108 leads to a return procedure, and the error processing after the passbook / card arrangement step 109 is performed as an unusable mark It is good to let it appear.

In addition, the program of the subroutine 104 for dividing and processing the cards used by the customer is not limited to the embodiment of the barge name but may be provided in various other forms.

Since the present invention having the above-described configuration enables the complete computerization of the bills charge storing service handled by the financial institution, it is possible to save manpower required for the bills storing service, which is very economical.

In addition, from the viewpoint of the customer, the advantage of using unattended shops provided in the neighborhood living area and the effect of reducing the time loss are obtained, and since the financial institution does not have a dedicated window, the space utilization of the business place is improved, In addition, since the problem of window complexity is solved fundamentally, the effect of working in pleasant environment is enjoyed.

Since the various billing and giro storing data are computerized and the tabulation table required by the existing KSB and KFTC is automatically created and reported, it is possible to use the storage paper of the KFTC It is possible to reduce the manufacturing cost of the paper sheet and the financial institution can greatly improve the profitability of the business due to the saving of manpower and working time necessary for the post management of the payment of bills and further, , The problem of over-cashing of cash tends to be avoided, so that the creditworthiness of financial institutions can be increased.

Claims (15)

A monitor that displays the current program progress to the customer; A document reader for accepting a document inserted by a customer via a guider and transferring the document sheet to a specific position by rotation of the roller, thereby reading the data stored in the reading band by the reader scanner; A receipt printer which prints a receipt mark on the receipt column of the giro sheet; A receipt cutter for separating and cutting the receipt column of the Giro paper with a cutter; A receipt returning unit comprising a pair of belt conveyors for taking only the cut receipt column and forming a passage for returning to the customer; A ticket sorting unit for separating and storing the form sheets according to the sorting of the receipt column; A main controller for reading data recorded in the reading band of the giro system and the recording data of the payment means for payment on-line and online accessing the ordinary financial institution computer network to calculate and record the data, and to control the respective constituent units ; Input means operated by a customer to externally input data required by the main controller; A normal payment means reader for reading data stored in a normal payment means and inputting a read signal to the main controller; The automatic unmanned automatic storage device of the giro. The guiding device as claimed in claim 1, wherein the giro document reader and the guide scanner are disposed in an upward and downward direction of a guider extending almost horizontally with respect to the document insertion opening, and the guide scanner is divided into forward and backward directions, And a plurality of conveying rollers driven in a forward and reverse direction by a motor are installed in the element elements on the path of the guider. 3. The apparatus as claimed in claim 2, wherein the guider is in the form of a pair of plates vertically arranged. [3] The apparatus as claimed in claim 2, wherein the giro document reader is provided with at least one pair of document aligning rollers on the back side of the document insertion slot, Automatic storage. The receipt printer according to claim 1, wherein the receipt printer comprises: a print guider disposed horizontally in an interior thereof; a print sensor installed at a lower side of the guider to identify presence or absence of conveyance of the guide track; And a print head for printing a receipt mark on the receipt column of the automatic document feeder. 6. The apparatus as claimed in claim 5, wherein the print guider has a table feed roller driven by a motor to move a gyro pattern to a specific position. The automatic document storage device as claimed in claim 1, wherein the receipt printer is a conventional automatic document storage device. The apparatus according to claim 1, wherein the receipt cutter is provided with an inlet channel, a cutting sensor disposed at the middle of the inlet channel and recognizing the arrival of the cutting position of the bar code, And the cutter is disposed in the automatic unattended document storage device. [2] The apparatus as claimed in claim 1, wherein the gyro pattern sorter includes a plurality of sleeves for receiving sleeves with cutting edges, and a guider for guiding the gilot sleeves is provided on each of the sleeves, And a gate which is opened and closed by a solenoid is mounted on the inner side of the guider so as to protrude and retract, and the gyro element being transported is selectively received by the housing The automatic unattended document storage device is characterized in that it is inserted or passed through. The touch panel according to claim 10, further comprising a touch sensor disposed on a rear side adjacent to the gate for checking whether a guider pattern exists on the guider, and a light emitting element and a light receiving element are mounted on the inner wall at a predetermined position, Wherein the apparatus is capable of detecting that the amount of giro paper is more than a predetermined amount. [3] The apparatus according to claim 1, wherein a take-out roller is provided at a position between the receipt returning device and the gill table conveying part on the exit side of the receipt cutter, and between the entrance side of the receipt returning device and the take- And path changing means for selectively changing an exit side path. 2. The apparatus as claimed in claim 1, wherein the receipt returning machine is a pair of belt conveyors arranged vertically and driven to be in contact with each other. [2] The apparatus as claimed in claim 1, wherein the gill table transferring unit is configured such that a pair of bend-formed panels are arranged to face each other, and a plurality of rollers are arranged with element elements therebetween, Automatic unattended automatic storage device. A resetting step in which only the monitor, the main controller, the keyboard and the ordinary payment means reader stand by in operation and the remaining is in a stationary phase; A payment means reading the magnetic record of the payment means through the payment means reader according to a presence detection signal of the payment means inserted into the payment means reader; An account input step of requesting a customer to input an account number when the payment means inserted in the payment means reading step is recognized as a passbook; A card recognizing step of discriminating whether or not the inserted card is a normal irregular card if it is recognized as a non-passbook in the reading step of the payment means; If the card is a regular card, sorting the card by the type of the recorded identification code and dividing the card into a pattern suitable for the recognized card; An online connection step of connecting the data read out from the account input step or the subroutine to a normal financial network and requesting the customer to insert a giro document when the connection is established; Detecting an insertion of the gyro element and accepting the insertion of the inserted gyro element while the specific part of the element is positioned in a predetermined direction; Reading the magnetic data read by the reader scanner with the reading band of the inserted booklet, inputting the magnetic data into the main controller, arithmetically processing the magnetic data of the payment means recorded in the online network, and outputting the result to a monitor; A printing step of accepting the Giro paper into the receipt printer when the result of the document reading step is + and printing a receipt mark in the receipt column; A receipt cutting step of correcting and recording the magnetic data of the online network and the payment means in accordance with the calculation result when printing of the receipt mark is completed in the printing step, and cutting the receipt column of the giro ticket; A receipt returning step of delivering the cleared receipt column cut at the receipt cutting step and returning it to the customer through the receipt returning slot, and then disconnecting the online connection and returning the inserted payment means; The automatic receipt system is controlled by the sequential control of the order in the order of the giro-ticket sorting step in which the receipt column is cut and the blanket is guided to the blanket sorting unit by type. 15. The system as claimed in claim 14, wherein the exit side of the receipt cutter in the receipt cutting step is guided to the path changing means and is changed to a state of being belt conveyor of the receipt returner. ※ Note: It is disclosed by the contents of the first application.