KR20110079348A - Apparatus for autoamtic classification of check - Google Patents

Abstract

PURPOSE: An automatic check classification machine is provided to classify the check into a self issuing check, an other bank issuing check, and the read fault check according to read the magnetic character, stamp or print the constant character or symbol in the classified check, and receive by the classified check at the same time. CONSTITUTION: A hopper portion is installed in one side of a main body and a plurality of checks are accepted. A check transport unit(110) transfers the check accepted in the hopper portion to a stacker part(300) installed at the other side of the main body. A check feed unit(200) supplies the check accepted in the hopper portion to the check transport unit. A magnetic character read unit(230) deciphers the printed magnetic character in the check transferred through the check transport unit. An automatic teller display unit(240) prints the teller deposited to the check transferred through the check transport unit and the characters for distinguishing the ATM instrument. An input unit classifies the check and outputs the control signal for the teller display and the stamping or the printing. A display unit indicates the check classification and the stamping or the printing related information.

Description

{Apparatus for autoamtic classification of check}

The present invention relates to an automatic check sorter, and more particularly, to print the stored checks, such as letters identifying the teller and ATM devices in which the checks are deposited, and print the stored checks on a ticket, a ticket, an unreadable check. The present invention relates to an automatic check sorter that can stamp and print certain letters or symbols on classified checks and store them separately by classified checks.

In recent years, the use of checks has been gradually increasing due to the need for large amounts of money. In addition, with the development of financial automation technology, the frequency of depositing and withdrawing using ATM (Automated Teller Machine) equipments installed at each branch of the bank or at theaters, convenience stores, subway stations, etc. is increasing rapidly. Doing.

Unlike general currency, which is completed by accurate counting, the check is not a currency but a kind of securities. Therefore, in order to close the deposited check, the teller number where the check is deposited is identified. The checks must be stamped on the checks to indicate whether they have been received from a letter or ATM, and the checks must be sorted according to the deposit teller, and the checks issued on the line and the checks issued on the other line must be stamped or printed.

In the related art, the teller display, the check classification, the stamping, or the printing work have a problem that all of them have to be performed manually because there is no automatic device.

That is, in the process of closing the self-check slip deposited through an ATM device provided at a bank or through a bank teller or teller, a stamp (stamped) engraved with a window number or a letter identifying whether the ATM device is deposited or not is stamped. In addition, the checks deposited must be mixed with the right of issue and the right of execution, and can be stored in the reverse direction between each check. Therefore, at the end of each business day, sort the checks and other rights by hand and sort the checks in one direction. There was a problem that the efficiency of the work was significantly reduced because the front of the "Payment" and "Horizontal" stamp (stamp) must be done on the front.

The present invention has been made in order to solve the problems of the prior art as described above, the present invention stamps a letter or the like identifying the teller or ATM device in which the check is deposited in the received check, and the stored check is bound for travel, The object of the present invention is to provide automatic check classifiers, which are classified as non-transferable and unreadable checks, and which can print and store certain letters or symbols on the classified checks.

According to a preferred embodiment of the present invention to achieve the object as described above, the body; A hopper unit installed at one side of the main body to accommodate a plurality of checks; A check transfer unit for transferring the check stored in the hopper unit to a stacker unit installed at the other side of the main body; A check supply unit for supplying a check stored in the hopper unit to the check transfer unit; Magnetic character reading unit for reading the magnetic characters printed on the check carried through the check transfer unit; An automatic teller display unit for printing a character identifying a teller and an ATM device deposited in a check transferred through the check transfer unit; A stamp unit for stamping or printing a character or symbol on a check to be transferred according to the result read by the magnetic character reading unit; A check classification unit for classifying the check stamped or printed by the stamp unit; A stacker unit installed at the other side of the main body to accommodate checks sorted by the check sorting unit; An input unit installed in the main body to receive a user's operation to sort checks and to output a control signal for teller display, stamping or printing; And a display unit for displaying check classification and stamping or printing related information.

According to a preferred feature of the present invention, the check classification unit is classified according to the bank code read by the magnetic character reading unit, wherein the check classification unit is a self-issued ticket, other tickets, unreadable Sorted by checks and transported, the stacker unit is a travel right stacker unit for storing the checks are classified and transferred to the travel right in the check classification unit; A travel ticket stacker that receives checks classified and sent to the travel ticket in the check classification unit; And a non-read gas stacker unit for receiving a check classified and transferred as a non-readable check in the check classification unit.

As described above, according to the automatic check sorter according to the present invention, the received checks are transferred by sheet unit, the magnetic characters printed on the checks are read, and the letters stamped on the checks can identify the teller or the like. After that, according to the magnetic character reading, the check is classified into a right of travel, a right of execution, an unreadable check, and stamps or prints a certain letter or symbol on the sorted check, and at the same time, the check can be divided and stored by the sorted check.

In addition, according to the effects of the present invention as described above there is an advantage that can improve the ease of use according to the check classification to occupy the market advantage in the automatic check sorter.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the check classifier according to the present invention.

1 is a perspective view showing the inside of an automatic check sorter according to a preferred embodiment of the present invention, Figure 2 is an exploded front view of the automatic check sorter shown in Figure 1, Figure 3 is a hopper of the automatic check sorter shown in Figure 1 A detailed perspective view showing the check and supply section in more detail.

In addition, Figure 4a and Figure 4b is a perspective view showing a check transfer portion of the automatic check sorter according to the present invention, Figure 5 is a detailed perspective view showing a stacker of the automatic check sorter according to the present invention, Figure 6 is an automatic check according to the present invention A block diagram of the classifier.

As shown in FIG. 1 and FIG. 6, the check classifier according to the preferred embodiment of the present invention includes a main body 10, a hopper unit 100, a check supply unit 110, a check transfer unit 200, and a magnetic character reading unit 230. ), The automatic teller display unit 240, the stamp unit 250, the stacker unit 300, the input unit 400, the display unit 410, the printer 500 and the like.

The hopper unit 100 is installed at one side of the main body to accommodate a plurality of checks to be sorted, telemarked, stamped, or printed. As shown in FIG. 1, the hopper unit 100 stores a plurality of checks in the check storing place 101 and installs a hopper guide 102 on one side of the check storing place 101 so as to be movable. A constant pressure is applied to the check stored in the seat 101 so that the check is easily transferred by the check supply unit 110 to be described later.

If a check sorting, teller display and stamping or printing start control signal is input through the input unit 400 according to the user's operation after a plurality of checks to be sorted into the hopper unit 100 are input, the check supply unit 110 is a hopper. The checks put into the unit 100 are withdrawn one by one and withdrawn to the check transfer unit 200, and the withdrawn checks are transferred toward the stacker unit 300 along the check transfer unit 200.

The check supply unit 110 includes a supply roller 111, a check supply guide 112, and a check selection unit 113. The check supply unit 110 is installed in the main body 10 and the hopper unit 100 described above. The check stored in the) serves to transfer to the check transfer unit (200).

More specifically, the check supply unit 110 is mounted such that the supply roller 111 is rotated by a motor (not shown) to support a plurality of checks stored in the check storage place 101 by the check supply guide 112. It does not incline and serves to transfer from the hopper portion 100 in the direction of the check transfer unit 200, the contact protrusion (111a) to the outer peripheral surface of the feed roller 111 so that the check can be well supplied to the check transfer unit (200) It is preferable that the protrusion is formed.

The check selection unit 113 includes a sorting feed roller 113a, a reverse rotation roller 113b, and an interval adjusting unit 114. The sorting feed roller 113a is installed to be adjacent to the check conveying unit 200. And, it rotates in the check transfer direction by a motor (not shown) serves to transfer the check transferred from the check supply unit 110 toward the check transfer unit direction, that is, the magnetic character reading unit 230 to be described later.

The reverse rotation roller 113b is installed on a plate 113c having a bent portion at one end thereof, and is rotated by a motor (not shown), and an elastic means such as a spring is connected to one side of the plate 113c, thereby adjusting a gap to be described later. The plate 113c is supported to be movable by the 114. The reverse rotation roller 113b is a magnetic character reading unit 230 by the selection feed roller 113a only one check when the plurality of checks transferred from the check supply unit 110 is transferred to the check transfer unit 200. The checks to be conveyed in the direction and the rest of the checks stop in place or serve to return to the check supply unit 110 again.

The gap adjusting unit 114 is installed on the main body 10 so as to be spaced apart from the reverse rotation roller 113b to adjust the reverse rotation roller 113b by screwing the sorting feed roller 113a and the reverse rotation roller 113b. Adjust the interval between More specifically, as shown in FIG. 2, the gap adjusting part 114 includes a bent base 114a and a bolt-shaped adjusting part 114b screwed to the bent part. The adjusting portion 114b is screwed to the bent portion is moved forward and backward. Referring to FIG. 2, when the adjusting part 114b is turned clockwise, the adjusting part 114b (exactly, the bolt part of the adjusting part) moves forward in the reverse rotation roller 113b. Subsequently, when the adjusting part 114b is turned, the bolt part of the adjusting part 114b comes into contact with the bent part of the plate 113c in which the reverse rotation roller 113b is integrally installed to apply a force to the bent part of the plate 113c. Add. When the force is further applied, the plate 113c is moved (therefore, the reverse rotation roller 113b installed in the plate 113c is moved), and the gap with the sorting feed roller 113a is narrowed. In order to widen the gap, the adjusting part 114b of the gap adjusting part 114 may be rotated counterclockwise.

As described above, the checks stored in the hopper unit 100 are supplied to the check transfer unit 200 one by one through the supply roller 111, the check supply guide 112, and the check selection unit 113 of the check supply unit 110. Is transferred to the stacker unit 300, in the preferred embodiment of the present invention passes through the check supply unit 110 checks adjacent to the check supply unit 110 to detect that more than one check is transferred to the check transfer unit 200 is The sending unit 200 is further provided with a double sensor 260.

In the embodiment of the present invention, the check transfer unit 200 is the first transfer unit 210, the magnetic character reading unit 230, the second transfer unit 220, automatic teller display unit 240, stamping unit 250, double sensor 260 ), Etc. are installed.

The check transfer unit 200 is connected between the check supply unit 110 and the stacker unit 300 is a movement passage of the check.

The check transfer unit 200 includes a guide rail unit 201 and a through hole 202. The guide rail unit 201 is installed side by side so that two guide rails 201a and 201b form a pair. A check transport path 203 is formed between the guide rails 201a and 201b to move the check. In the embodiment of the present invention, the guide rail portion 201 is preferably installed so that the two guide rails (201a, 201b) are arranged in a direction parallel to each other.

The through hole 202 is formed at one side of the pair of guide rails 201a and 201b to drive the roller driving units 211 and 221 (roller enters the guide rail portion 201) or to be described later. The function of the teller display unit 240 and the stamp unit 250 is performed smoothly.

As described above, the double sensor 260 is installed adjacent to the check supply unit 200 and serves as a sensor for detecting whether the checks are taken out one by one, and thus, the check selection unit 113 constituting the check supply unit 110 described above. To complement the role of

The above-described double sensor 260 can detect whether the checks are conveyed one by one by detecting the thickness of the checks to be transferred, and such a double sensor 260 generally uses an optical sensor or an ultrasonic sensor.

The first conveying unit 210 and the second conveying unit 220 are provided with a first roller driving unit 211 and a second roller driving unit 221, as shown in Figs. 2 and 4a, 4b, the first · The second roller driving units 211 and 221 are installed to be adjacent to the above check transfer unit (first transfer unit and second transfer unit) to push the check in the moving direction.

Roller drive unit 211, 221 of the check sorter according to a preferred embodiment of the present invention is a pair of two rollers (211a, 211b / 221a, 221b) on both sides of the check transfer unit (first transfer unit, the second transfer unit) It is preferable to be installed so as to be opposed to the check in the check transport path 203, the contact protrusion is preferably formed on the outer circumferential surface of the at least one roller so as to push the check well in the moving direction.

As shown in FIG. 2, the roller driving units 211 and 221 are first and second driving rollers 211a and 221a driven by belts connected to the first driving pulley 215 driven by a motor (not shown). ) And the first and second driving rollers 211a and 221a, respectively, and a pair of first and second driven rollers 211b and 221b driven by surface contact or friction, respectively. It is preferable that it is formed in the outer peripheral surfaces of the 1st and 2nd driving rollers 211a and 221a.

The first transfer unit 210 including the first roller driver 211 enters the check transfer path 203 of the check transfer unit 200 through the check supply unit 110 and passes through the double sensor 260. The check is transferred to the magnetic character reading unit 230, and the check passed through the magnetic character reading unit 230 is transferred to the automatic teller display unit 240 through the second conveying unit 220 having the second roller driving unit 221. Then, it is transferred to the stacker unit 300 via the stamping unit 250.

The check transferred by the first transfer unit 210 via the double sensor 260 passes through the magnetic character reader 230.

Magnetic character reading unit 230 is installed on one side of the check transfer path 203 constituting the check transfer unit 200 is to read the magnetic characters printed on the check moving through the check transfer unit 200.

All checks are printed with magnetic characters (or magnetic ink characters, MICR, Magnetic Ink Character Recognition) for financial automation processing and the authenticity of the checks. Bank information, branches for issuing checks, etc. Information such as code, account number, check amount, and serial number may be included.

The user can designate a check character by reading the user's designation of the magnetic character, which is the standard of the check classification, from among the magnetic characters printed on the check read through the magnetic character reading unit 230, and in the preferred embodiment of the present invention, The classification criteria shall be classified into right of issue, right of execution, and unreadable check so that the banking code indicating the issuing bank information is used.

In addition, according to another embodiment of the present invention may be configured to be provided with an image reading unit instead of the magnetic character reading unit 260 described above, in the case where the invention is configured such that the image reading unit is provided by scanning the scanned image of the check Read the necessary information (bank code, etc.) from the image.

The check transfer unit 200 constituting the check classifier 1 according to the preferred embodiment of the present invention arranges the magnetic character reading unit 230 after the double sensor 260 described above to read the magnetic characters and to store the check. It is possible to classify, and accordingly has a stamp unit 250 for stamping or printing certain characters or symbols.

The classification criteria can be arbitrarily set by the user. As described above, in the embodiment of the present invention, the magnetic character reading unit 230 reads the bank code among the magnetic characters and stores the checks received based on the results. In addition, the check is classified as an unreadable check, and the stamp unit 250 stamps or prints a certain letter or symbol on the sorted check.

For example, when it is determined that the right of travel, stamping of the text "payment" (example) and "horizontal line" (symbol) may be performed on the travel stamp stamp unit 251, or printing may be performed through a printer. Preferably, rubber stamping is used for stamping.

If it is judged that the right of the right, the right of the right stamping unit 252 is stamped using a rubber stamp of "XXX sales department ATM" (example) to perform stamping or printing.

On the other hand, checks classified as unreadable checks must be sorted and stamped or printed by hand, so if it is determined that the unchecked checks are not stored therein, the stamping or printing process is stored in the unreadable checker tag unit 330.

The stamp unit 300 stamps or prints a predetermined letter or symbol on the sorted check, wherein the letter or symbol is based on the classification standard of the check, and in the embodiment of the present invention, the stamp unit is a travel stamp stamp unit 310. The other winding stamp unit 320 and the read non-gas stamp unit 330 is configured.

The check in which the magnetic character printed by the magnetic character reading unit 230 is read is stamped or printed as described above in the stamping unit 250 via the automatic teller display unit 240 described later.

The check passed through the automatic teller display unit 240 is conveyed in the direction of the stamp unit 250, and rubber stamps of different symbols or characters in the travel ticket stamp unit 251 or the travel ticket stamp unit 252 by magnetic character reading. Stamp using to perform stamping.

Stamp checkers 251a and 252a formed to stamp each symbol or letter when the check is transferred to the corresponding stamp unit 250 according to magnetic character reading are embedded with the stamp ink transferred from the ink injection rollers 251b and 252b. The next check is stamped with a symbol or a letter according to the magnetic character reading, and the check, which has been stamped, is transferred to the stacker unit 300 by the feed rollers 251c and 252c.

In addition, the check sorter 1 according to the present invention may further include a printer 500 for outputting a check classification and stamping or printing results, more preferably the above-described printer using a thermal transfer printer Can be implemented.

The automatic teller display unit 240 stamps a predetermined character according to a user's input into a check to be transported, and a letter or symbol for identifying a teller number in a check that is moved along the check transport path 203 by letter stamping. Print At this time, the designated letter or symbol indicates a teller (transport) number on which the check loaded on the hopper unit 100 is deposited and whether or not the ATM device is used.

In order to perform stamping on the surface of a check to be transferred, a stamp or a stamp (not shown) corresponding to a character must be provided in advance.

The automatic teller display unit 240 is provided with a printing device for printing a number or the English letter "A" (example) corresponding to each window number on the check, such a printing device is a letter (not shown) that is stamped with uneven portion It has a printing wheel 241 having an outer circumferential surface of the attached polygon and an ink injection roller 242 for embedding a stamp ink in the letter portion.

The printing wheel 241 is installed on one side of the check transfer path 203, and the solenoid hammer 243 is installed to face the letter portion, and by controlling it, the respective window stamped on the check part in the letter portion When a letter indicating a number or ATM machine is printed, the other side of the check corresponding to the portion is pressed to cause the letter stamped on the letter to be stamped on the conveyed check.

The printer wheel 241 of the automatic teller display unit 240 is rotated by a drive shaft 244 driven by a motor (not shown), and the character portion stamped with the character to be stamped is parallel to the check transport path 203. The user may input a command through the input unit 400 in advance so that the printer wheel 241 may be rotated by a predetermined angle so as to be in close contact with the check.

The printing apparatus provided in the automatic teller display unit 240 may use an inkjet printer method or a dot printer method to print a character stamped on a letter on a check.

As shown in FIG. 6, the automatic check sorter according to the present invention includes an input unit 400, a display unit 410, a memory (not shown), and a storage unit (not shown).

The input unit 400 receives a user's manipulation, sorts a check according to the input classification criteria, performs a teller display, and outputs a control signal signal for stamping or printing. The input unit 400 may be implemented by a keypad method including a plurality of button keys. According to the present invention, the input unit 400 may be integrally formed with the display unit 420 by using a touch pad method.

The display unit 410 displays check classification, stamping, or printing related information (user interface, progress message, error message, completion message, check receipt information, etc.), and the display unit 410 is an LED (LED). It may be implemented using a known display means, such as LCD (LCD), it is preferable to be implemented integrally with the input unit 400 using the touch pad method as described above.

The stacker unit 300 is installed at the other side of the main body as shown in FIGS. 2 and 5 and stamped according to the magnetic character reading, the teller display, and the magnetic character reading from the hopper unit 100 through the check transfer unit 200. Or sort and keep a printed check.

In the preferred embodiment of the present invention, as described above, the bank code is read according to the magnetic character reading, and the check is classified as a criterion. 300a), the ship winding stacker unit 300b, and the read impossible gas stacker unit 300c.

Each stacker unit 300 includes a stacker shaft 301, a check storing unit 302, and a stacker guide 303, and the specific stacker units 300a and 300b further include a stopper 304. .

Checks that have passed through the stamp unit 250 and through the check delivery path 203 are conveyed by rollers, and thus the specific guide rails 201b constituting the guide rail unit 201, ie, guide rails facing the stacker unit, are provided. Checks are moved to the corresponding stacker unit 300 according to the classification criteria through the bent portion.

The stacker shaft 301 loads the checks transferred through the check transfer unit in order to each check receiving unit in order and quickly loads the checks moved through the bent portion formed in the guide rail 201b on one side. Roller 305.

The stacker guide 303 is installed to move from side to side based on the direction in which the check comes in from the check storage unit 302, and supports the check from both sides along with the stacker shaft 301. Incoming checks can be stored and stored in order without falling.

The stopper 304 allows the checks classified in each stacker unit 300 to be stored as sorted to be moved to the stacker unit 300 corresponding to the criteria for sorting the checks moved through the check transfer unit 200. To help.

That is, the check that the classification criteria are determined by the magnetic character reading generates a control signal so that the checks are transferred to the runner stacker unit 300a, the runner stacker unit 300b, and the read non-combustor unit 300c, respectively. As the stopper 304 moves up and down, the check moves to the stacker unit according to the classification criteria.

This will be described in more detail as follows.

As shown in Fig. 2 and Fig. 5, from the leftmost (direction closest to the hopper portion) in the stacker portion 300 of the automatic check sorter 1, the bookshelf stacker portion 300a, the other row winding stacker portion 300b. When it is determined that the check to be transferred as a result of the magnetic character reading is the unreadable check, the stoppers 304a and 304b constituting the right-of-government / trip-right stacker part move toward the check transport path and move to the check transport path. Checks conveyed through the formed bent portion are not transferred to the travel ticket stacker unit 300a and the other travel stacker unit 300b, and are transferred to the read non-gas stacker unit 300c along the bent portion of the check transport path located at the end. .

If it is judged that the right of travel, the check stopper is transferred only to the stopper 304a installed first in the direction in which the check is transferred to the check transport path, and the check cannot be transferred through the bent part that enters the travel right stacker 300a. The check is conveyed through a bent portion formed so that the check is conveyed.

On the other hand, the magnetic character reading unit 230 is provided only on one side of the check transfer unit 200 to further include a check retransmission unit 310 in order to solve the problem of unread checks generated by reading only one side of the check. Can be. The check retransmission unit 310 is connected to the read non-gas stacker unit 300c, and the sorting of the check stored in the read non-gas stacker unit 300c after the primary is completed. Supply back to (100). When the automatic check sorter 1 is configured in this manner, it is possible to solve the unreadability problem caused by the reverse input and to store the checks in one direction.

In addition, according to the configuration of the invention, by installing the magnetic character reader 230 on the upper and lower sides of the check transfer unit 200 can be configured to read the top and bottom of the check can also solve the problem of unread check due to the check station direction input There will be.

In addition, the automatic check sorter 1 according to the present invention may further include a printer 500 for outputting a letter or symbol indicating whether a check is deposited on a teller or ATM machine, a check and a stamping or printing result of the check. In addition, the printer 500 may be installed in the main body 10 or may be separately installed from the main body 10 to separately receive the above information and print using the same, and the above-described printer 500 may It can be implemented using a thermal transfer printer.

Preferred embodiments of the present invention described above are disclosed for purposes of illustration, and those skilled in the art will be able to make various modifications, changes, and additions within the spirit and scope of the present invention. Additions should be considered to be within the scope of the following claims.

1 is a perspective view showing the inside of an automatic check sorter according to a preferred embodiment of the present invention;

2 is an exploded front view of the automatic check sorter shown in FIG.

Figure 3 is a detailed perspective view showing in more detail the hopper portion, check supply unit of the automatic check sorter shown in FIG.

4a and 4b is a perspective view showing a check transfer portion of the automatic check sorter according to the present invention,

5 is a detailed perspective view showing a stacker part of the automatic check sorter according to the present invention;

6 is a block diagram of the automatic check sorter according to the present invention.

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

1: Automatic Check Sorter

10: main body

100: hopper section

101: check box 102: hopper guide

110: check supply unit 111: feed roller

112: Check supply guide 113: Check selection unit

200: check transfer

201: guide rail portion 202: through hole

203: check delivery

210: first transfer unit

215: first drive pulley

211: first roller driving unit 211a: first driving roller

211b: first driven roller

220: second transfer unit

221: second roller driving unit 221a: second driving roller

221b: second driven roller

230: magnetic character reading unit

240: automatic teller display

250: stamp portion

251: travel right stamp part 252: other travel stamp part

251a and 252a: stamp rollers 251b and 251b: ink injection rollers

251c, 252c: feed roller

260: double sensor

300: stacker unit 301: stacker shaft

302: check collection 303: stacker guide

304: stopper 310: check retransmission unit

400: input unit 410: display unit

500: printer

Claims (6)

main body; A hopper unit installed at one side of the main body to accommodate a plurality of checks; A check transfer unit for transferring the check stored in the hopper unit to a stacker unit installed at the other side of the main body; A check supply unit for supplying a check stored in the hopper unit to the check transfer unit; A magnetic character reading unit that reads the magnetic characters printed on the check transferred through the check transfer unit; An automatic teller display unit for printing a character identifying a teller and an ATM device deposited in a check transferred through the check transfer unit; A stamp unit for stamping or printing a character or a symbol on a check transferred according to a result read by the magnetic character reading unit; A check classification unit for classifying the check stamped or printed by the stamp unit according to a predetermined classification standard; A stacker unit installed at the other side of the main body to accommodate checks classified by the check sorting unit; An input unit installed in the main body to receive a user's manipulation to sort checks and to output a control signal for teller display, stamping or printing; And Automatic check sorter comprising a display for displaying a check classification and stamping or printing related information. The method of claim 1, And the check classifier classifies the check according to the bank code read by the magnetic character reader. 3. The method of claim 2, The check classification unit classifies the check that the bank code is read through the automatic character reading unit into the right of travel, the other right, the unreadable check and transfers the check to the stacker unit, The stacker unit, A travel ticket stacker for storing checks classified and transported in the travel classification book as a travel ticket; A travel ticket stacker for storing checks classified and transferred to the travel ticket in the check classification unit; And Automatic check sorter, characterized in that the check classification unit comprises a non-readable checker for storing the checks are classified as unreadable checks conveyed. The method of claim 3, The check transfer unit, The check classifier is provided between the check supply unit and the magnetic character reading unit is provided with a double sensor for detecting the transfer of two or more checks. The method of claim 4, wherein And the input unit and the display unit are integrally formed. The method of claim 5, The automatic check sorter, An automatic check sorter, characterized in that it further comprises a printer for outputting a teller display, check classification and stamping or printing results.

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