KR19990039341A - Automatic Paper Issuance / Storage Device for Thermal Paper - Google Patents

Abstract

The present invention relates to a cash dispenser and an automatic teller machine of the automated teller machine, and more particularly, to read the contents of the magnetic / IC card of the customer and to convert the uneven characters of the card into image data to store the paper together with the transaction history (hereinafter, If a user inserts a credit card or credit card so that the financial institution can be engraved and stored in the financial institution, and the transaction details can be engraved and issued to the customer storage specification table. A card unit 1000 for processing data about a name and a code; A journal unit (2000) for receiving a data signal output from the card unit (1000), printing the journal, and storing the journal; A specification table unit 3000 which prints the transaction details of the user by the control signal of the control board 4000 and releases and retrieves them to the user; It characterized in that it comprises a control board 4000 for checking the status of the journal unit 2000 and the specification table 3000, and outputs a control signal, the present invention is a cutter for cutting a certain distance from the printer It is located at the rear to minimize the time that the specification sheet is released to the user, and the thermal paper is placed on the conveying path so that it can be automatically mounted to reduce the mounting error that occurred when setting the paper. User can use without inconvenience, and can use two journals at the same time, it is possible to operate the device for a long time.

Description

Automatic Paper Issuance / Storage Device for Thermal Paper

The present invention relates to a cash dispenser and an automatic teller machine of the automated teller machine, and more particularly, to read the contents of the magnetic / IC card of the customer and to convert the uneven characters of the card into image data to store the paper together with the transaction history (hereinafter, It is related to a device and method for issuing / storing a thermal paper auto-factor for engraving letters on a journal) so that they can be stored in financial institutions.

The specification sheet / journal automatic printing machine issuing device of the conventional ATM or automatic teller machine can be used by pushing the specification sheet and journal into the thermal printer by hand, which is very time-consuming when the machine is initially operated, An error occurs when the machine is initially started because of uneven conditions. Also, if the unspecified number of people who are in charge of the machine do not reload the paper after the entire amount of paper is used up, the machine cannot be operated. There was an uncomfortable problem in using the automatic teller machine.

The present invention is to solve the above-mentioned conventional problems, in particular, printing the specification table and the journal using a thermal printer, respectively, each paper is to be automatically mounted so that the time required for loading the paper and the paper Minimized waste, automatic replenishment of label sheets, and journal printers are united to allow additional installations to maximize the processing capacity of the machine and to reduce the transaction time. By cutting to reach the print preparation stage and placing the specification sheet cutting device behind the printer to allow for immediate release after printing, the lowest error rate of the machine and the maximum operating time of the machine Issuance / storage cabinet of thermal paper auto factor to minimize the uptime of the equipment Chi and how to provide.

In order to achieve the above object, the present invention provides a thermal paper automatic factor issuing / storing device, the card unit for processing data about the name and code of the user is inserted into the card when the user inserts a cash card or credit card Wow; A journal unit for receiving a data signal output from the card unit, printing the journal, and storing the journal; A specification table for printing the user's transaction details by the control signal of the control board and storing and discharging the user to the user; It characterized in that it comprises a control board for checking the status of the journal unit and the specification table, and outputs a control signal.

On the other hand, the thermal paper automatic factor issuance / storage method of the present invention comprises a card input confirmation step (S10) for confirming whether the user has inserted the card; If the card is inserted in the card input confirmation step (S10), the card content reading step (S20) for checking whether the user's card is a normal card, and reading data about the name and code of the user; If the card is normal in the card content reading step (S20), printing and releasing the specification table waiting in the specification table section, and printing and releasing and waiting for the specification table (S30); A first journal presence / non-determination step (S40) of determining whether there is a journal in the first unit of the journal unit when waiting for the next specification table in the print / release and waiting step (S30); A second unit operation step (S50) of starting a journal of a second unit if there is no journal in the first journal presence / non determination step (S40); A journal printing step (S60) for printing a journal if there is a journal in the first journal presence / non determination step (S40) and the second unit is operated in the second unit operation step (S50); If the journal is printed in the journal printing step (S60), the specification table discharge step (S70) for discharging the specification table from the specification table portion; If the specification table discharged to the outside in the specification table discharge step (S70), the customer specification table receipt determination step (S80) to determine whether the customer received the specification table; A specification table recovery step 90 of terminating a transaction if the customer has received the specification table in the customer specification table receiving determination step (S80), and recovering the specification table if the customer has not received the specification table for a predetermined time; If the journal is printed in the journal printing step (S60), card ejecting step (S100) for ejecting the card from the card portion; If the card is discharged in the card discharging step (S100), the customer card receiving determination step (S110) to determine whether the customer received the card; If the customer has received the card in the customer card receipt determination step (S110), the transaction is terminated, and if the customer has not received the card for more than a set time, it comprises a card recovery step (S120) for recovering the card .

1 is a block diagram showing a thermal paper automatic factor issuance / storage device according to an embodiment of the present invention,

Figure 2 is a block diagram showing a journal in the thermal paper automatic factor issuance / storage device according to an embodiment of the present invention,

Figure 3 is a block diagram showing the specification in the thermal paper automatic factor issuance / storage device according to an embodiment of the present invention,

4 is a flowchart illustrating a method for issuing / storing a thermal paper automatic factor according to an embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

1000: card 1100: card / emboss reading unit

1200: card collection box 2000: journal unit

2100: journal paper automatic mounting guide portion 2101: first roll guide bracket

2102: second roll guide bracket 2103: journal door

2104 platen roller 2105 conveying path sensor unit

2106: remaining amount detection sensor unit 2107: conveying motor

2108: remaining amount detection bracket 2200: journal storage

2201: journal winding motor 2202: first spool position sensor unit

2203: second spool position sensor 2204: idle gear

2205: Spool 2206: Auto Guide Bracket

2207: autoload solenoid 2208: loading switch

3000: Specification Table 3100: Paper Loading Loading Unit

3101: paper loading frame 3102: detection sensor

3103: Supplement Roll Stopper Solenoid 3104: Stopper Bracket

3105: paper remaining detection sensor unit 3106: roll guide solenoid

3107: guide bracket 3108: drive motor

3200: transfer unit 3201: separation sensor unit

3202: paper conveying motor 3203: black mark sensor

3204: cutting cutter 3205: position sensor

3206: printer drive motor 3300: discharge / recovery unit

3301: conveying motor 3302: stop position sensor

3303: Specification Table Extraction Sensor Part 3304: Gate Solenoid

3305: conveying direction switching plate 3306: specification table recovery motor

3307: Recovery Box 4000: Control Board

Hereinafter, the above-described contents will be described in detail through an embodiment according to the present invention.

As shown in FIG. 1, first, the card unit 1000 processes data on a user's name and code inserted into the card when the user inserts a cash or credit card. In 2000, the data signal output from the card unit 1000 is received, the journal is printed, the journal is stored, and the specification table unit 3000 prints the user's transaction details by the control signal of the control board 4000. And, the discharge and recovery storage to the user, the control board 4000 checks the state of the journal unit 2000 and the specification table unit 3000 to output a control signal.

Also, the card / emboss reading unit 1100 of the card unit 1000 photographs the magnetic head, the IC connection block, and the shape of the uneven portion of the card in order to read the recorded contents of the magnetic or IC card. After processing the data, the card retrieval box 1200 collects and stores the card if the user does not receive the card for a set time after using the card.

In addition, the journal paper automatic mounting guide unit 2100 of the journal unit 2000 receives image data output from the card / emboss reading unit 1100 of the card unit 1000, prints the journal, and then prints the journal. The journal storage unit 2200 receives and stores the journal output from the journal paper automatic mounting guide unit 2100.

In addition, the paper loading / loading unit 3100 of the specification table 3000 receives a control signal from the control board 4000 and automatically sets and outputs the paper, and the conveying unit 3200 outputs the paper. After receiving the paper outputted from the mounting / loading unit 3100, cut it into a set size, and print it after printing. The discharge / recovery unit 3300 discharges the paper output from the conveying unit 3200 to the customer. If the user does not take the paper for a certain period of time, it is collected and stored.

In addition, the first and second roll guide brackets 2101 and 2102 of the journal paper automatic mounting guide unit 2100 are configured to seat the journal paper roll, and the journal door 2103 is provided by the user. The tip of the journal paper seated on the second roll guide brackets 2101 and 2102 can be opened / closed to set a predetermined distance, and the platen roller 2104 is the first and second roll guide brackets 2101 and 2102. The paper is engaged with the journal paper so that the leading edge of the journal paper is pulled from the sheet, and the conveyance path sensor unit 2105 checks the presence or absence of the paper, and the remaining amount detection sensor unit 2106 prints to reduce the amount of paper. Sensing, the conveying motor 2107 conveys the sheet over a set distance, and the remaining amount detecting bracket 2108 presses the sheet so that the remaining amount detecting unit 2106 can detect the remaining amount of the sheet.

In addition, the journal winding motor 2201 of the journal storage unit 2200 drives the spool 2205 (SPOOL), and the spool 2205 is formed in the first and second spool position sensor units 2202 and 2203. Is rotated and fixed at a set position to sense whether light is penetrated, the idle gear 2204 applies the power driven by the journal winding motor 2201 to the spool 2205, the spool 2205 is the journal winding The power is applied to the motor 2201 to wind up the journal paper, and the auto guide bracket 2206 applies the journal paper to the spool 2205 by driving the conveying motor 2107 of the journal paper automatic mounting guide portion 2100. The auto rod solenoid 2207 causes the auto guide bracket 2206 to rotate to return to its original position, and the loading switch 2208 turns on the user to drive the journal winding motor 2201 to drive the spool 2205. ) In place.

In addition, the paper loading frame 3101 of the paper loading loading unit 3100 can seat the specification roll paper, the detection sensor unit 3102 detects whether the specification sheet paper roll is mounted on the paper loading frame 3101 The replenishment roll stopper solenoid 3103 opens the stopper bracket 3104, and the stopper bracket 3104 moves the specification sheet paper roll forward by driving the replenishment roll stopper solenoid 3103, and the paper remaining amount detection sensor unit ( 3105 detects whether the specification table roll is set, the roll guide solenoid 3106 moves the guide bracket 3107 to the loading position, and the guide bracket 3107 is driven by driving the roll guide solenoid 3106. Holding the roll, the drive motor 3108 is driven in the opposite direction of the conveyance to align the paper and then driven in the conveying direction after the set time to separate and move the leading edge of the paper .

In addition, the separation sensor unit 3201 of the transfer unit 3200 detects whether the paper moved by the driving motor 3108 of the paper loading loading unit 3100 is separated and enters, and the paper transport motor 3202 The paper moved from the separation sensor unit 3201 is conveyed to the cutting cutter 3204, and the black mark sensor unit 3203 is printed on the back of the specification table moved by the paper conveying motor 3202 for a certain distance. The black mark (BLACK MARK) is detected to stop the specification table from being moved, and the cutting cutter 3204 cuts the specification table stopped by the black mark sensor unit 3203.

In addition, the position sensor unit 3205 stops the specification table moved in the cutting cutter 3204 at a position for printing inside the printer, and the printer driving motor 3206 at the position sensor unit 3205. After stopping the specification table, run the printer to print.

Then, the conveying motor 3301 of the discharge / recovery unit 3300 releases the specification table moved by the printer driving motor 3206 to the outside so that the user can receive the specification table. Reverse driving, the stop position sensor unit 3302 detects the specification table moved through the conveying motor 3301, and the specification table extraction sensor unit 3303 detects whether the specification table is released to the outside for a set time, and the gate solenoid 3304 moves the conveying direction switching plate 3305 in the specification table recovery direction when the conveying motor 3301 is driven back, and the conveying direction switching plate 3305 recovers the specification table by the gate solenoid 3304. 307, the specification table recovery motor 3306 is driven to move to the recovery box 3307, if the specification table is in the transfer direction switching plate 3305, and the recovery box 3307 is the specification table. The present embodiment is constructed by storing the specification table in which the recovery motor 3306 is driven and moved.

Hereinafter, an operation process of the thermal paper automatic factor issuing / storing device configured as described above will be described.

When an unspecified number of people possessing a card, i.e., a card user inserts various credit card cash cards into the card part, the card / emboss reading part 1100 of the card part 1000 records the contents of the card inserted by the user. After taking the shape of the magnetic head and the IC connection block and the concave-convex portion of the card for processing, image it and process the data. If the user does not collect the card for a set time, the user's card is recovered and the card is collected (1200). keep it.

In addition, the automatic mounting of the paper in the journal paper auto-mounting guide unit 2100 of the journal unit 2000 causes the journal paper roll to be seated on the first and second roll guide brackets 2101 and 2102, and the user may use the journal door ( 2103 is opened to set the tip of the journal paper seated on the first and second roll guide brackets 2101 and 2102 at a predetermined distance.

In addition, the front end of the journal paper pulled by the first and second roll guide brackets 2101 and 2102 is engaged with one side of the platen roller 2104, and the journal paper is engaged with the platen roller 2104. The low sensor unit 2105 checks the presence / absence of the paper, and the remaining amount detection sensor unit 2106 also detects that the amount of paper decreases as printing progresses, and then the conveying motor 2107 conveys the paper over the set distance. In this case, the remaining amount detecting bracket 2108 presses the sheet so that the remaining amount detecting unit 2106 can detect the remaining amount of the sheet.

Then, when the user turns on the loading switch 2208 of the journal storage unit 2200, the journal winding motor 2201 is driven, and the power of the journal winding motor 2201 is driven from the idle gear 2204 by the spool 2205. ), The power applied from the idle gear 2204 is inputted from the spool 2205 and fixed at a set position to allow light to pass therethrough, and whether the spool 2205 is fixed at the set position. The first and second spool position sensor parts 2202 and 2203 are detected.

In addition, by driving the journal winding motor 2201, the spool 2205 rotates and winds the journal paper, and the auto guide bracket 2206 has the journal paper automatic mounting guide so that the journal paper can be wound on the spool 2205. The journal paper is applied to the spool 2205 by driving the conveying motor 2107 in the unit 2100, and the auto rod solenoid 2207 rotates the auto guide bracket 2206 to return to its original position. .

Further, when the specification sheet paper roll is seated on the paper loading frame 3101 of the paper loading loading unit 3100 in the specification table unit 3000, the detection sensor unit 3102 determines whether the specification sheet paper roll is mounted on the paper loading frame 3101. ), The replenishment roll stopper solenoid 3103 opens the stopper bracket 3104, and the open stopper bracket 3104 moves the specification sheet paper roll forward by the drive of the replenishment roll stopper solenoid 3103.

Then, the specification sheet paper roll moved by the stopper bracket 3104 is detected by the paper remaining amount detection sensor unit 3105 to know that the specification sheet roll is set, and the guide bracket 3107 is moved from the roll guide solenoid 3106 to the loading position. Move it.

At this time, the moved guide bracket 3107 grabs the specification roll, and the driving motor 3108 is driven in the opposite direction of the conveyance (clockwise), aligning the paper in sequence, and then conveying the direction (counterclockwise). Drive to separate the leading edge of the paper.

In addition, the separation sensor unit 3201 of the transfer unit 3200 detects whether the paper moved to the driving motor 3108 of the paper loading loading unit 3100 is separated, and the separation sensor unit 3201 is detected. When the moved paper is moved by the paper conveying motor 3202 to be cut by the cutting cutter 3204, the black mark printed on the back of the specification table moved by the paper conveying motor 3202 for a certain distance is blackmarked. After detecting by the sensor unit 3203 and stopping the specification table from moving, the specification table stopped by the cutting cutter 3204 is cut.

Further, when the specification table moved in the cutting cutter 3204 is stopped at the position for printing inside the printer by the position sensor unit 3205 and the specification table is stopped by the position sensor unit 3205, the printer is stopped. The drive motor 3206 drives the printer to print the specification table.

Then, the specification table moved from the transfer motor 3301 of the discharge / recovery unit 3300 to the outside so that the user can receive the specification table moved through the printer driving motor 3206, and the specification table moved through the transfer motor 3301. Is detected by the stop position sensor unit 3302, and if the specification table is not discharged to the outside during the time set by the specification table extraction sensor unit 3303, the transfer motor 3301 reverses the driving. When the conveying motor 3301 reversely drives, the gate solenoid 3304 moves the conveying direction switching plate 3305 in the specification table recovery direction to guide the specification table recovery and the conveying direction switching plate 3305. ), The inventory table retrieval motor 3306 is driven to move to the inventory box 3307 to enter the inventory box.

In addition, if the specification table is cut out after cutting the specification table in the cutting cutter 3204, the specification table is cut to a predetermined size in the cutting cutter 3204 in advance even if the user does not use it from the outside.

On the other hand, the automatic thermal paper issuer issue / storage method of the present invention checks whether the user has inserted the card (S10), if the card is inserted in the card input confirmation step (S10), check whether the user's card is normal card, the user Read the data on the name and code of (S20), and if the card is normal in the card content reading step (S20), after printing the specification list waiting in the specification table section 3000, and then cut the following specification table for cutting cutter In step 3204, the cut is made (S30).

In addition, when the next specification table is queued in the print / release and wait step (S30), it is determined whether there is a journal in the first unit of the journal unit 2000 (S40), and the first journal presence / non-determination step If there is no journal in S40, the journal of the second unit is started (S50), and if the second unit is operated in the second unit operating step (S50), the journal is printed (S60).

In addition, if the journal is printed in the journal printing step (S60), and discharged the specification table in the specification table unit 3000 (S70), and discharged the specification table to the outside in the specification table discharge step (S70), whether the customer received the specification table Determining (S80), if the customer has received the specification table, the transaction is terminated, and if the customer has not received the specification table for more than the set time, and recovers the specification table (S90).

In addition, if the journal is printed in the journal printing step (S60), and ejected the card in the card unit 1000 (S100), if the card is ejected in the card ejecting step (S100), it is determined whether the customer received the card (S110), if the customer has not received the card in the customer card receipt determination step (S110), the transaction is terminated, and the customer collects the card (S120).

As described above, the present invention provides an automatic printing factor issuing / storing device and method, by placing a cutting cutter at a rearward distance from the printer to minimize the time that the specification table is released to the user, and put the thermal paper on the conveying path. It can be installed automatically so that the mounting error occurred during paper setting is reduced, and the supplementary specification sheet paper can be loaded so that the user can use it conveniently on weekends and nights. It can be effective.

Claims (11)

A card unit for processing data on a name and a code of a user inserted into the card when the user inserts a cash or credit card; A journal unit for receiving a data signal output from the card unit, printing the journal, and storing the journal; A specification table for printing the user's transaction details by the control signal of the control board and storing and discharging the user to the user; Checking the status of the journal unit and the specification table, automatic thermal issuer issuing / storage device, characterized in that it comprises a control board for outputting a control signal. The card / emboss reading unit according to claim 1, wherein the card unit photographs the shape of the magnetic head and the IC connection block and the concave-convex portion of the card to read the recorded contents of the input magnetic or IC card, and processes the data by imaging. Wow; If the user does not receive the card for a set time after using the card, thermal paper automatic factor issuing / storage device, characterized in that it comprises a card collection box for collecting the card. The method of claim 1, wherein the journal unit comprises a journal paper automatic mounting guide unit for receiving the image data output from the card / emboss reading unit and prints the journal after printing; Thermal paper automatic factor issuing / storage device, characterized in that it comprises a journal storage for receiving and storing the journal output from the automatic journal paper mounting guide. The apparatus of claim 1, further comprising: a paper loading loading unit which receives the control signal of the control board and automatically sets and outputs the paper; A conveying unit which receives the paper outputted from the paper loading loading unit, cuts the paper into a predetermined size, and prints the printed sheet; And a discharge / recovery unit configured to collect and store the paper if the user does not take the paper for a predetermined time after discharging the paper output from the conveying unit to the customer. 4. The method of claim 3, wherein the journal paper automatic mounting guide portion comprises: a first roll guide bracket for seating the journal paper roll; A second roll guide bracket having the same function as the first roll guide bracket; A journal door capable of opening / closing a user to set a leading end of the journal paper seated on the first and second roll guide brackets at a predetermined distance; Platen rollers engaged with the journal paper to wind the ends of the journal paper pulled from the first and second roll guide brackets; A conveyance path sensor unit for confirming whether paper is present or not; A remaining amount detection sensor unit for detecting that the printing progresses and the amount of paper decreases; And a remaining amount detection bracket configured to press the remaining paper so as to detect the remaining amount of the paper in the remaining amount detecting sensor unit. The journal storage unit of claim 3, further comprising: a journal winding motor for driving a spool; A first spool position sensor for sensing whether light is penetrated by rotating the spool at a set position; A second spool in-position sensor unit which performs the same operation as the first spool in-position sensor unit; An idle gear for applying power driven by the journal winding motor to the spool; A spool for rotating the journal paper by applying power to the journal winding motor; An autoguide bracket for applying the journal paper to the spool by driving the conveying motor of the journal paper automatic mounting guide unit; An autorod solenoid for returning the autoguide bracket to its original position after rotating the autoguide bracket; And a loading switch configured to allow a user to turn on the power to drive the journal winding motor so that the spool is in the correct position. The apparatus of claim 4, wherein the paper loading unit comprises: a paper loading frame capable of seating a roll of specification paper; A detection sensor unit for searching whether a specification sheet paper roll is mounted on the paper mounting frame; A supplementary roll stopper solenoid for opening the stopper bracket; A stopper bracket for moving the specification sheet paper roll forward by driving the supplemental roll stopper solenoid; A paper remaining amount detecting sensor unit for detecting whether the specification sheet roll is set; A roll guide solenoid for moving the guide bracket to a loading position; A guide bracket for holding a specification sheet roll by driving the roll guide solenoid; A thermal paper auto-issue issuance / storage device comprising a driving motor for separating and moving the leading edge of the paper after being aligned in the conveying direction while being aligned in the conveying direction, and then being driven in the broadcasting direction after a predetermined time. 5. The apparatus of claim 4, wherein the conveying unit comprises: a separating sensor unit which detects whether the sheet moved by the driving motor of the sheet loading unit is separated from the sheet; A paper conveying motor which conveys the paper moved by the separation sensor to a cutting cutter; A black mark sensor unit which detects the black mark printed on the rear surface of the specification table moved by the paper conveying motor and stops the specification table from moving; A cutting cutter for cutting the specification table stopped by the black mark sensor unit; An exact position sensor unit for stopping the specification table moved in the cutting cutter at a position for printing in the printer; Thermal printer automatic factor issuance / storage device characterized in that it comprises a printer drive motor for driving the printer when the specification table is stopped in the position sensor unit. The apparatus of claim 4, further comprising: a conveying motor for discharging the specification table moved by the printer driving motor to the outside for the user to receive, and performing reverse driving if the specification table is not received by the user for a set time; A stop position sensor unit for detecting a specification table moved through the transfer motor; A specification sheet extraction sensor unit for detecting whether the specification table has been released to the outside for a set time; A gate solenoid for moving the transfer direction switching plate in the specification table recovery direction when the transfer motor is driven in reverse; A conveying direction switching plate for guiding the withdrawal of the specification table by the gate solenoid; A specification table collection motor which is driven to be moved to a collection box if the specification table is present in the conveying direction switching plate; Thermal paper automatic factor issuing / storage device, characterized in that configured to include a collection box for storing the specification table to be moved to drive the specification table recovery motor. 9. The automatic thermal paper issuing / storing device according to claim 8, wherein the specification table is cut to a predetermined size using a cutting cutter and then discharged to the outside by printing. A card input checking step (S10) for checking whether the user has inserted the card; If the card is inserted in the card input confirmation step (S10), the card content reading step (S20) for checking whether the user's card is a normal card, and reading data about the name and code of the user; If the card is normal in the card content reading step (S20), printing and releasing the specification table waiting in the specification table section, and printing and releasing and waiting for the specification table (S30); A first journal presence / non-determination step (S40) of determining whether there is a journal in the first unit of the journal unit when waiting for the next specification table in the print / release and waiting step (S30); A second unit operation step (S50) of starting a journal of a second unit if there is no journal in the first journal presence / non determination step (S40); A journal printing step (S60) for printing a journal if there is a journal in the first journal presence / non determination step (S40) and the second unit is operated in the second unit operation step (S50); If the journal is printed in the journal printing step (S60), the specification table discharge step (S70) for discharging the specification table from the specification table portion; If the specification table discharged to the outside in the specification table discharge step (S70), the customer specification table receipt determination step (S80) to determine whether the customer received the specification table; A specification table recovery step 90 of terminating a transaction if the customer has received the specification table in the customer specification table receiving determination step (S80), and recovering the specification table if the customer has not received the specification table for a predetermined time; If the journal is printed in the journal printing step (S60), card ejecting step (S100) for ejecting the card from the card portion; If the card is discharged in the card discharging step (S100), the customer card receiving determination step (S110) to determine whether the customer received the card; If the customer has received the card in the customer card receiving judgment step (S110), the transaction is terminated, and if the customer has not received the card for more than a set time, the card collection step (S120) for recovering the card, characterized in that configured Issuance / Storage Method