JPH0751647Y2 - Card release device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION "Industrial application field" The present invention relates to a card selling device, and more particularly to a card selling device that can issue a coupon card in place of a card that has been used until then.

"Prior Art" A conventional ticket card vending device for a railway, for example, has a structure as shown in Figs.
FIG. 7 is a diagram showing the structure of a customer service panel of the same selling device, 8
The figure is a block diagram showing the configuration of the control circuit of the card selling device. In FIG. 8, 1 is a CPU (central processing unit), and 2 is an operation unit. This operation unit is composed of a panel for an operator to operate, various switches mounted on the panel, a display, etc., and is formed on the back surface of the card selling device. An interface 3 is an interface circuit for connecting a control signal, a display signal or the like output from the operation unit 2 or input to the operation unit to the bus line BL. A customer service unit 4 is provided with various switches, a display, etc., which are configured on a customer service panel 14, which will be described later, as shown in FIG. Reference numeral 5 is an interface circuit, which connects a control signal input / output to / from the customer service unit 4 to the bus line BL. A card issuing unit 6 is composed of a card storing mechanism, a card ejecting mechanism, and an information reading mechanism marked on the card. Reference numeral 7 is an interface, which connects signals input to and output from the card issuing unit 6 to the bus line BL.
Reference numeral 8 denotes a ROM in which basic programs, operation programs, various data, etc. of the card selling device are stored. 9 is RA
Work area R that is M and has various registers
AM. Reference numeral 10 is a change and change unit, which includes a change storage unit, a change inspection unit, a change release unit, and the like.
Reference numeral 11 is an interface circuit for connecting the change inspection and change unit 10 to the bus line BL. Reference numeral 12 denotes a bill unit, which includes an inserted bill identifying unit, a bill feeding mechanism, a bill storage unit, and the like. 13 is a bus line for inputting and outputting various signals to and from the banknote unit 12, such as an inserted banknote identification signal and an identification signal for valid or invalid banknotes.
It is an interface for inputting and outputting to BL.

Next, the structure of the customer service panel of the card selling device will be described with reference to FIG.

As already mentioned, 14 indicates a customer service panel of the card issuing device. The customer service panel 14 is provided with a business display section 15 for displaying whether the card is on sale or the sale is stopped. Reference numeral 16 is a coin insertion portion, 17 is a bill insertion portion, 18 is a display portion of the inserted amount or the insufficient amount, 19 is a card ejection portion, and 20 is a card selection portion. Card selection section 20 has 1000 yen card selection buttons 20a, 3000
Money card selection buttons such as yen card selection button 20b, 5000 yen card selection button 20c, etc., and coupon ticket selection buttons 20A, 20B, 20C, 20D, 20E corresponding to boarding sections from 1 to 5 wards are configured. ing. 21 is a change release unit.

The conventional card vending machine is configured as described above, and within the range of the inserted amount, the money ticket card selection button,
The coupon ticket card and the coupon ticket card selected by the coupon card selection button are released.

"Problems that the device tries to solve" By the way, there are cases where the fare is revised while the coupon card is being used, and the fare for the section fare increases. In the event of such a situation, the new fare will have to be used on the condition that the price increase for the coupon card that was released before the fare revision (hereinafter referred to as the old coupon card) will be replenished with a stored value card or cash. I was exchanging with a corresponding ticket.

For this reason, you must purchase the ticket corresponding to the new fare by supplementing the increase in the old coupon card for each ride,
It was very inconvenient. It is also possible to exchange for a plurality of tickets at the same time within the expiration date of the ticket, but this is inconvenient to carry and may be lost. As described above, when the section fare is revised, the merit of the coupon card disappears.

This device can issue a coupon ticket after the price revision (hereinafter referred to as a new coupon card) by inserting an old coupon card and replenishing the insufficient amount, and at the time of issuance, the balance of the coupon card can be dealt with. It is an object of the present invention to provide a card selling device capable of punching holes.

"Means for Solving the Problem" This invention comprises a price inputting means into which money or the like is input, a writing means for writing information to a coupon ticket card, and a coupon ticket feeding means, and depending on the input price, In a card selling device for selling a coupon ticket card, which stores at least unit price information, which is the amount of money spent once, management information for identifying the revision, and information indicating the remaining number of times of use, a coupon ticket insertion means. And the reading means for reading the information of the coupon ticket card inserted into the card inserting means and the management information of the coupon card read by the reading means, the coupon card was released at the unit price before revision. The old coupon ticket card identifying means for identifying whether or not the old coupon ticket card is an old coupon ticket card If it is determined that there is a new coupon card with the same number of remaining tickets at the same unit price as the revised one, the unit price information of the old coupon card and the information indicating the number of remaining tickets read by the reading means Calculation control means for calculating the shortfall amount, display means for displaying the shortfall amount, an inspection means for checking the amount of money or the like to be inserted into the price input means according to the display of the display means, and the new number of times A punching means for punching a ticket card is provided, and when it is confirmed by the arithmetic control means that the shortage amount has been inserted, the writing means writes a new number of times in the ticket card and the revised unit price and remaining number of times. And management information are written, the punch means is controlled to form a punch hole at a position indicating the remaining number of times, and the new coupon card is fed through the card feeding means. Issue and said that.

[Operation] According to the present invention, when the coupon card is inserted into the card insertion means, the reading means reads the management information stored in the coupon card, and the old coupon card identification means is based on the information. It identifies whether or not the coupon card is an old coupon card that was released at the unit price before the price revision. When it is determined that the card is an old coupon card, the arithmetic control means exchanges and sells the new coupon card with the same remaining number of times at the revised unit price from the unit price information of the old coupon card and the information indicating the remaining number of times. In this case, the shortage amount is calculated, and the display means displays the shortage amount. When it is confirmed by the arithmetic control means that the shortage amount has been inserted, the writing means writes the revised unit price, the remaining number of times and the management information on the new coupon card, and the punching means is controlled to determine the remaining number of times. A punch hole is punched at the position shown, and a new coupon card is issued through the card feeding means.

Thereby, the old coupon card can be exchanged for sale with a new coupon card by a simple operation such as replenishment of the insufficient amount. Furthermore, since the punching holes corresponding to the usage frequency of the new coupon ticket to be exchanged are punched, the unauthorized use of the new coupon card can be prevented and the security of the card can be maintained. In addition, the user can be informed of the residual frequency at a glance.

[Embodiment] An embodiment of a card selling device according to the present invention will be described below with reference to the drawings.

At least the structure of the customer service panel of the card selling device according to the present embodiment is the same as that of the conventional card selling device described in FIG. Then, this card selling device releases a coupon ticket. This coupon card is constructed as shown in FIGS. 1 (a) and (b). That is, C is the above-mentioned coupon card, 22 is an arrow for displaying the insertion direction, 23 is a display of the issuer, 24
Indicates a boarding section, 25 indicates an issuing station code, and 26 indicates a remaining number of coupon tickets. 27 is a punching hole for displaying the remaining number of coupons, 28 is a magnetic storage area for data, and the upper edge and the lower edge have tracks as shown in FIGS. 2 (a) and 2 (b). T ₁ and T ₂ are formed. Information such as a start mark, an end mark, a check code, an ID code, the number of times of use, the number of times of remaining use, a unit price, the number of times of use is stored in the format shown in the figure. FIG. 3 is a diagram showing the construction of an embodiment of the present invention. In this figure, the same parts as those in FIG. 8 are designated by the same reference numerals and the description thereof will be omitted. The difference between FIG. 3 and FIG. 8 is that the data table TBLD is stored in the RAM 9, the mechanical structure of the card issuing unit KU, and the conventional structure related to the operation of the card issuing unit. It has a program different from the operation of the card issuing unit.

The above-mentioned data table TBLD has a structure as shown in FIG. 5, and (a) shows the button numbers set corresponding to the money ticket card selection button and the coupon ticket selection button configured on the customer service panel 14. It is a data table TBL1 composed of 1 to 10 and card type information S1 to S3 and M1 to M5 defined respectively corresponding to the button numbers. Among these card type information, S means a stored value card and M means a coupon card. (B) is a data table TBL2 including the sale price information and the value information which are set and stored corresponding to the card type information S1 to S3 and M1 to M5, respectively. (C) is a data table TB that stores fare revision management number (transportation revision No.) information
It is L3, which is code information represented by a specific number of digits that is incremented and updated every fare revision. (D) is an ID code information C ₁ and the card data table and the maximum value information C ₂ number of uses is set stored in TBL4.

The mechanical structure of the card issuing unit KU described above is as shown in FIG. In this figure, 29 is the mechanical structure of the card issuing unit KU, and 30a and 30b are the upper and lower plates that form the card insertion slot 31, and the upper plate 30a and the lower plate 30b form one magnetic card. A slit 31 that can be inserted only is formed. Reference numeral 32 is a stopper that is housed in the upper plate 30a and is supported so as to be vertically swingable around a support shaft 33, and 34 is an electromagnetic solenoid that drives the stopper 32 up and down. Then, when the solenoid 34 is in the excited state, the stopper 32 is lifted upward, and
When the solenoid 34 is in the non-excited state, the stopper 32 is pushed down to close the slit 31 and prevent the coupon card C from being inserted.

PH ₀ and PH ₁ are two sets of card insertion detection photosensors that detect that the coupon card C has been inserted into the card insertion slot 5, each of which is configured by a transmissive photosensor including a light emitting diode and a phototransistor. In addition, they are arranged on the inner side of the card insertion opening 31 with a predetermined distance in the width direction.

35a and 35b are belts that convey the magnetic card inserted in the card insertion slot 31 while sandwiched, 36 is a pulse motor that drives the belt 35a, 37, 38 and 39 are pulleys that hold and guide the belt 34, and 40 is A tension adjusting pulley for adjusting the tension of the belt 35a, and 41 is a pulley that is directly connected to the rotating shaft of the pulse motor 36 and transmits the rotating force of the pulse motor 36 to the belt 34.

42, 43 and 44 are pulleys for holding and guiding the belt 35b, and 45 is a tension adjusting pulley for adjusting the tension of the belt 35b. Further, 46 is a roller supported by a holder 47, and is constantly urged downward by a spring S, whereby the roller 46 is pressed against the pulley 42 via the belt 35b and is inserted into the card insertion slot 31. Belt card
It is designed to lead between 35a and 35b.

The HD is a magnetic head that reads and writes magnetic information on a magnetic card that is carried while being held by the belts 35a and 35b. This magnetic head HD has integrated read and write coils, and has a first track T ₁ and a second track T _{2 of} a magnetic card (see FIG. 2).
It has a function of reading the magnetic information from each of the above and writing the magnetic information to the second track T ₂ . Also, 48
Is a platen roller for pressing the magnetic card C against the magnetic head HD.

The PU is a punch mechanism for punching a punch hole in a magnetic card carried while being held by belts 35a and 35b.It is a rotary electromagnetic solenoid 49 and a punch rod directly connected to the plunger of this solenoid 49. 50
And a die 52 for guiding the punch rod 50 so as to be movable in the vertical direction, and a die 52. When the solenoid 49 is excited, the punch rod 50 is urged downward while rotating. You can punch holes in the card.

53 and 54 are guide plates that guide the magnetic cards sent from the belts 35a and 35b; 55 is a belt that conveys the magnetic card C guided by the guide plates 53 and 54; 56 is a pulse motor that drives the belt 55; Reference numeral 57 is a pulley that guides the belt 55, and 58 is a pulley that is directly connected to the rotation shaft of the pulse motor 56 and that transmits the rotational force of the pulse motor 56 to the belt 55. Further, 59 is a roller supported by a holder 61 capable of swinging up and down around a support shaft 60, and is constantly urged vertically by a spring SP, whereby the roller 59 is pressed against the pulley 57 via the belt 55. However, it is designed to hold a magnetic card.

Reference numeral 61 is an intake solenoid, which attracts the plunger 62 by energizing the solenoid. The rear end of the take-up turning piece 63 is rotatably attached to the tip of the plunger 62 by a pin P ₁ . A rotation center forming portion is formed in the center of the opening rotating piece 63, and a pin insertion opening is formed in the formation portion, and a pin P ₂ is loosely fitted in the pin insertion opening. Pin P ₂
Both ends of are fixed to the frame 29. As a result, when the solenoid 61 is energized, the plunger 62
Is sucked, and the opening rotating piece 63 rotates in the clockwise direction. Then, the leading end portion 63a of the take-in rotating piece 63 comes to be located below and blocks the passage of the magnetic card. Reference numeral 64 is a card collecting section, and 65 is a guide plate for guiding the magnetic card to the card collecting section 64. SP is a printing unit, which includes a thermal head 66, a spring 67 for bringing the thermal head 66 into contact with a magnetic card, a platen roller 68 for printing on the magnetic card, and a card feed that rotates in synchronization with a pulse motor 56. It is composed of rollers 69, 70 and the like.

Reference numeral 71 is a card storage portion, and 72 is a card stored in the storage portion 71. 73 is a weight placed on the top of the stored card. 74 is a cutout hole formed in the bottom 71a of the card storage,
1b is a card guide base formed by extending the bottom surface 71a of the card storage portion forward. 75 is a shutter,
Slit O for one card with the guide board 71b
Is formed.

Reference numeral 76 denotes the above-mentioned first platen roller for feeding the card, which is fixed to a shaft 77s penetrating on the central axis. A cutout portion that is cut out in a flat shape on the peripheral side surface of the roller 76.
78a and 78b are formed. When the roller 76 rotates, the lower side surface of the card 72a, which is the lowest of the stored cards, comes into contact with the peripheral side surface of the roller 76. It is configured to be sent out in the direction of arrow F.

79a and 79b are platen roller stop positioning holes formed on the side surface of the roller 76, and by the rotation of the roller 76,
The reflection type photosensor 80 monitors the reflectance on the locus drawn by each of the holes 79a and 79b.
It is configured so that it is possible to detect a half-rotation of the roller 76 by detecting a change in reflectance due to 9b.

Reference numeral 81 is a one-way clutch, which is attached to the outer peripheral surface of the shaft 77S. Further, the outer surface of the one-way clutch 81 is fixed to the timing pulley 82.
The one-way clutch 81 has a mechanism for transmitting the input counterclockwise rotational torque to the output side. 83 is a stepping motor, and a pair of timing pulleys 85 having the same diameter are fixed to the shaft 84.

Reference numeral 86 is a second platen roller for sending out a card, which is attached to a shaft 87 on the central axis of rotation. The roller 86 is configured such that a part of the outer side portion of the roller protrudes from the hole 88 formed in the card guide base 71b. A one-way clutch 89 is fixed to the side surface of the shaft 87, and a timing pulley 90 is fixed to the outer peripheral surface of this clutch. The one-way clutch has a mechanism for transmitting the input rotational torque in the clockwise direction to the output side. Then, the timing pulleys 82, 85,
90 is connected to each other by timing belts 91 and 92, and the stepping motor 83 is linked with each other by an arrow A.
When rotating in the direction, the first platen roller 76
When the stepping motor 83 rotates in the A ₁ direction in the arrow B direction, the second platen roller 86 rotates in the A ₂ direction at the same rotation speed.

Next, referring to the flow chart shown in FIG. 6, the operation of the card selling device of the present embodiment in the case of exchanging the coupon ticket card used before the transportation and the new coupon ticket after the transportation are changed. explain.

This card selling device has already been turned on,
The control circuit is in a waiting state. First, step S1
At, it is determined whether or not a coupon card has been inserted into the card ejecting section 19 shown in FIG. Therefore, in the case of "No", it is in a waiting state. Now the card slot 19
When the coupon card shown in FIG. 1 is inserted into the CPU, the CPU 1 identifies the inserted card by the photosensors PH ₁ and PH ₀ , and takes in the inserted card (step S2).
When the process proceeds to the next step S3, the timing of passage of the rear end of the card taken in by the photosensors P ₁ and P ₀ is detected, and in the following step S4, the energization of the solenoid is stopped at the above timing, thereby the card ejection port To close. When the process proceeds to step S5, the information written on the card is read by the magnetic head HD in the process of loading the card. The read information on the card has the format shown in FIGS. 2 (a) and 2 (b). In step S6, whether or not the card is a valid card is identified based on the information on the card read in step S5, and if “No”, that is, the card is invalid, the process proceeds to step S7, and the card is returned and discharged. In order to identify whether the card is an invalid card or a valid card, first, the check code is identified as good or bad, and if the check code is bad, the subsequent determination process is not performed and the card is immediately returned and released. . If the check code is good, then the card type, fare management number, ID code, and remaining number of uses are used.
That is, in the data table shown in FIG.
All are invalid except M1 to M5, the rework control number is Ni-1 against Ni shown in Fig. 5 (c), the ID code is being registered, and the remaining number of uses is not 0 It is returned as a card and released. On the other hand, if “Yes”, the process proceeds to step S8. In step S8, the card is transferred to X ₀ −X ₁ and stopped. In the following step S9, the unit price data shown in FIG. 2 is confirmed based on the card data read in step S5. In step S10, the difference data DD between the unit price data confirmed in step S9 and the unit price data in the data table TBLD2 after the fare revision (after the fare revision) shown in FIG. 5B is calculated. In a succeeding step S11, the remaining number data d of the card data read in the step S5 is confirmed, and a multiplication process DD × d with the difference data DD obtained in the step S10 is performed to find a shortage amount. In step S12, the deficit amount obtained in step S11 is displayed on the display 18 (see FIG. 7). In step S13, it is determined whether or not the shortfall has been made. When the money corresponding to the shortfall is inserted, the authenticity of the inserted money is determined in the change inspection unit 10 shown in FIG. 8. If the money is true, the inserted amount is counted, and the inserted amount information. Is taken into CPU1. The CPU 1 performs a subtraction process between the input money amount information and the shortage amount information, and if the shortage amount is negative or zero, the process proceeds to step S14, and the coin and bill insertion openings are closed. In the subsequent step S15, the CPU 1 rotates the stepping motor 36 shown in FIG. 4 in the A direction and at the same time rotates the stepping motor 56 in the a direction,
In addition, energize the intake solenoid 61 to collect the card.
Lead to 64 and collect. In the following step S16, a new card is rolled out and guided to the printing section SP. Of the new cards stored in the card storage section 71, the card at the lowermost position is fed out by rotating the first platen roller 76 by 180 °. When the processing proceeds to step S17, the printing unit SP performs the printing necessary for creating a new card on the card by the thermal head 66 based on the card data read from the card in step S5. This print is the section display after the transportation renewal, the section unit price display, the issuing transportation company name, etc. on the card shown in FIG. In step S18, punch holes are punched based on the card data read in step S5. For example, if the number of remaining cards in the inserted card is 5,
There are punch holes at at least 6 positions on the punch hole scale. (For example, when 6 sheets are purchased at the same time, punch holes are formed at 6 positions on the punch scale. When 1 sheet is purchased, a total of 6 punch scales are provided at 11 to 6 punch scale positions. Therefore, the punching device is placed at the same position as the inserted card, that is, at the position of the punch scale 6 on the newly fed magnetic card.
Punch holes are made by PU. As a result, the new coupon ticket card to be issued is provided with a punch hole indicating the frequency of use of the old card, so that it is possible to prevent unauthorized use of the new coupon card. In addition, it becomes possible to let the user know the residual number at a glance. When the punch hole is formed, the photo sensor PH ₂ positions the new card with respect to the punch device PU.

In the following step S19, new data to be magnetically written is obtained by the magnetic head HD based on the read card data, the inserted amount information corresponding to the shortage amount, and the like. In step S20, the new data is written on the new card by the magnetic head HD. In writing this new data, the new card is moved to the position of W ₀ -W ₁ and the drawing (Fig. 4)
Writing is performed by the magnetic head HD in the process of being conveyed in the upper and right directions. Therefore, in the data on the new card,
The card unit price data [see Fig. 2 (a)] will be changed to the new fare, and the fare change management number will be increased by 1 and updated. When the process proceeds to step S21, it is determined whether or not new data has been normally written in the new card, and "N
In the case of "o", the card proceeds to step S22, and the card is collected. The above-mentioned check whether or not the new data is normally written in the new card is performed by the method described below. That is, the new card conveyed to the right in FIG. 4 stops at the position of X ₀ -X ₁ .
Next, the sheet is conveyed leftward, and is conveyed again to the position of W ₀ -W ₁ . When carrying this left direction,
The data written in S20 is read and a read check is performed. If it is determined in this read check that the writing is defective, the magnetic head performs rewriting while the sheet is conveyed rightward again. The rewriting read check is performed when the card is moved to the left by moving the card to the W ₀ -W ₁ positions. In this read check, if it is determined that the writing is defective, the process proceeds to step S22, and the CPU 1 energizes the solenoid 63a to drop the card downward and the collecting unit 64.
To collect.

When the collection of the card is completed, the process proceeds to step S16, and the operations from step S16 to step S21 are further performed.
Repeated only once. If writing is not normally performed even after repeating this process, the card vending apparatus itself is stopped, and the operation unit 2 displays a lamp or a buzzer to indicate that the operation has stopped.

On the other hand, if it is determined in step S21 that the writing has been performed normally, the process proceeds to step S23. In step S23, it is determined whether change is required, and if “No”, the card outlet is opened in step S26,
The card is ejected in step S27.

If “Yes” in the step S23, the process proceeds to a step S24, the change is calculated, the change is discharged in a step S25, and the process proceeds to the steps S26 and S27, and the card is discharged from the card discharge port.

The configuration and operation of the card vending apparatus of this embodiment are as described above, and the card vending apparatus itself is configured to stop unless data is properly written to the card. As another embodiment, if the previously inserted coupon card is branched to a holding section or the like different from the transport path of the new card and the card is held in the holding section, the previously inserted card is also It is also possible to return the input money.

[Effect of Invention] As described above, according to the present invention, it is possible to obtain an effect that the old coupon card can be exchanged for sale with a new coupon card by a simple operation such as supplementation of a shortage amount. Furthermore, since the punching holes corresponding to the usage frequency of the new coupon ticket to be exchanged are punched, the unauthorized use of the new coupon card can be prevented and the security of the card can be maintained. In addition, the effect of notifying the user of the residual frequency can be obtained.

[Brief description of drawings]

1 (a) and 1 (b) are views showing a coupon card used in one embodiment of the card vending apparatus according to the present invention, and FIGS. 2 (a) and 2 (b) are provided on the coupon card. FIG. 3 is a block diagram showing the configuration of an electric circuit in the card selling device, FIG. 3 is a block diagram showing the configuration of an electric circuit in the card selling device, and FIG. 4 is a diagram showing the mechanical configuration of a card issuing unit in the card selling device. FIG. 5A shows a data table of button number information and card type information for the button number, and FIG. 5B shows card type information and sale price information corresponding to the card type information. The figure which shows the data table which shows the relationship with value information, the figure which shows the data table which shows (c) the fare revision management number information, the figure (d) shows the judgment data and the code corresponding to the judgment data. FIG. 6 is a view showing a data table with a card, FIG. 6 is a flow chart for explaining the operation of the card selling device, FIG. 7 is a perspective view showing the appearance of the card selling device, and FIG. It is a block diagram which shows the structure of an electric circuit description in a card vending apparatus. 1 ... CPU, 2 ... Operation unit, 3 ... Interface, 4 ... Customer service unit, 5 ... Interface,
KU …… Card issuing unit, 7 …… Interface,
8 …… ROM, 9 …… RAM, 10 …… Senken, change unit,
11 …… interface, 12 …… banknote unit, 13 ……
Interface, 29 …… Mechanical structure of card issuing unit KU, 61 …… Intake solenoid, 63 …… Turning piece, 64 …… Card collecting section (above storage means).

Claims (1)

[Scope of utility model registration request] 1. A unit price which is a one-time usage amount according to the input price, including a price input means for inputting money and the like, a writing means for writing information to a coupon ticket card, and a coupon ticket withdrawing means. In a card selling device for selling a coupon ticket card in which information and management information for identifying the revision and information indicating the remaining number of times that can be used are stored at least, a coupon ticket card insertion means and an insertion into the card insertion means Based on the read-out means for reading out the information of the issued coupon card and the management information of the coupon card read by the read-out means, it is possible to determine whether or not the coupon card is an old coupon card released at a unit price before revision. When the old coupon ticket card identifying means for identifying and the old coupon ticket card identifying means determine that the inserted coupon ticket card is an old coupon card card, Calculation control for calculating the shortage amount when the new coupon ticket card with the same remaining number of times and the same price as the revised unit price is exchange-released from the unit price information of the old coupon ticket card and the information indicating the remaining number of times that are read out from the projecting means. Means, display means for displaying the insufficient amount of money, check means for checking the amount of money or the like to be inserted into the price inserting means according to the display of the display means, and punching holes in the new coupon card. Punching means, and when it is confirmed by the arithmetic control means that the shortage amount has been inserted, the writing means writes the revised unit price, the remaining number of times, and management information in the new coupon card. Controlling the punching means to form a punch hole at a position indicating the remaining number of times and issuing the new coupon card through the card feeding means. De-sale devices.