JPH0596058A - Premium exchanger card, card discharge device and card take-in device - Google Patents

Abstract

PURPOSE:To reproduce a recording medium of the number of premium balls, to curtail expenses for repurchase, and also, to protect resources and to decrease a refuse public hazard by writing in and recording the number of premium balls in a card prototype which can record and erase a character, etc., by heating. CONSTITUTION:In: a premium exchange card 10, a display 11, a display 12 of a name of a game hall which is used, a display 13 of a date of use, a display 14 of the term of validity, a display 15 of 'money left over', and a display 17 of 'number of premium balls' are printed. In a frame display 16, a display 21 of the amount of money of the money left over obtained by subtracting the lend purchase money amount from the amount of money thrown in by a ball lending machine is written and recorded by applying prescribed heat. In a frame display 18, a display 22 of the number of premiums is written and recorded by applying prescribed heat in the same way. In a space between the display 13 and the display 14, the number of premium balls, the amount of money left over, a date, a hall symbol, and also, a bar-code display 25 being a code related to security are recorded.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a prize exchange card for displaying the number of game media awarded by a game machine.
The present invention also relates to a card payout device and a card take-in device for a gift exchange card.

[0002]

2. Description of the Related Art Conventionally, in a game arcade equipped with a game machine such as a pachinko game machine, a player who has obtained a game medium such as a pachinko ball with the game machine should put the acquired game medium into a game medium counter. It has become. The game media counter uses a receipt made of thermal paper as a recording medium for the number of prize balls, counts the number of prize balls inserted, and when the settlement switch is pressed, the thermal transfer head causes the number of prize balls counted on the receipt. Print the number and the barcode.

A player can receive one of the receipts, take it to a checkout office, and exchange it for a prize equivalent to the number of prize balls displayed on the receipt.

[0004]

However, in such a conventional technique, the receipt on which the number of prize balls is printed is
Since it is made of general paper and the letters etc. printed on the paper cannot be easily erased, the receipt printed with the number of prizes is disposable, so it costs money to replace it.
There is a problem that waste of resources is caused and pollution of garbage is caused.

By the way, recently, writing characters and the like by heating,
The erasable and erasable paper (ERP), which can be erased and repeated repeatedly, has been developed.

The present invention has been made by paying attention to the problems of the prior art as described above, and makes it possible to reproduce a recording medium having the number of prize balls, to reduce the cost of replacement and to conserve resources and dust. It is an object of the present invention to provide a gift exchange card capable of reducing pollution, and to provide a card dispensing device and a card take-in device that handle the gift exchange card.

[0007]

The gist of the present invention for achieving the above object is to: 1 record and record the number of prizes on a card original form capable of recording and erasing characters and the like by heating; A feature exchange card.

2 A gift exchange card formed from a card original form capable of recording and erasing characters and the like by heating,
The card prototype is a card-shaped flexible material and an organic material in which crystals are aggregated when a predetermined heat applied to the surface of the flexible material is applied, and the crystals are diffused when heat of another predetermined temperature is applied. A prize exchange card, comprising a compound layer, wherein the number of prize balls is written and recorded by applying the predetermined heat to the organic compound layer of the card original form.

3 The number of prize balls is represented by at least one of a numeral and a code symbol, 1
The gift exchange card according to item 2 or item 2.

(4) The remaining amount of money obtained by subtracting the amount of ball rental purchased from the amount of money thrown in by the ball lending machine is recorded by applying the predetermined heat, according to item 1, 2 or 3 above. A gift exchange card.

5 A case for accommodating a plurality of prize exchange cards, a transport device for picking up the prize exchange cards one by one from the case and sending them along the transport path, and provided along the transport path A card payout device, comprising: a recording unit for printing the number of prize balls on the conveyed gift exchange card by receiving a signal of the number of prize balls from the outside and applying the predetermined heat.

6. The case has an enclosing wall for accommodating a plurality of prize exchange cards in a stack, and the carrying device has a carrying belt mechanism, a carrying guide, and a carrying roller. The conveyor belt mechanism can form a gap between itself and the surrounding wall so that the prize exchange cards can be discharged one by one, and the prize exchange card inside the enclosure wall can be placed on the conveying surface. Is provided in the lower part of the surrounding wall and has an engaging portion for engaging one of the prize exchange cards placed on the transfer surface, and the prize exchange card on the transfer surface is driven by the power. And a conveyance path that connects the card exit and the gap of the conveyance belt mechanism.
6. The card payout device according to claim 5, wherein the transport roller is driven by power to transport the prize exchange card from the gap to the card exit through the transport path of the transport guide. ..

7. A plurality of prize exchange cards can be stored, and a card storage unit having a storage port for the prize exchange card, a card insertion port, and the card insertion port and the storage port of the card storage unit. A transport device for transporting the prize exchange card along the transport route, and the prize exchange card transported by the transport route from the storage opening into the card storage portion. A card storage mechanism for storing the data, a data display unit that can be confirmed from the outside, and the data display unit that is provided along the transport path and reads the number of prize balls recorded on the transported gift exchange card. The reading unit for displaying data on the display and the prize exchange card that is provided along the conveyance path and is conveyed are heated by the different predetermined temperature, so that the number of prize balls is increased. And a erasing section for erasing the record of the card.

8 A record that is provided along the transport path of the transport device and that writes too many balls on the prize exchange card by applying the predetermined heat for writing too many balls when too many balls are generated The card taking-in device according to item 7, which has a part.

[0015]

The function exchange card is formed from a card original form in which characters and the like can be recorded and erased by heating. In such a card original form, for example, when a predetermined heat is applied to the surface of a flexible material such as card-shaped paper or plastic, the crystals are aggregated, and when the heat of another predetermined temperature is applied, the crystals are diffused. It can be made by stacking organic compounds having the property.

When a predetermined heat is applied to such a card original form, crystals of the organic compound layer are aggregated to cause irregular reflection of light, so that characters or numbers can be displayed. On the other hand, when heat of a predetermined temperature different from the predetermined heat is applied, the agglomerated crystals diffuse and letters, numbers, etc. disappear.

The prize exchange card records the number of prize balls by applying predetermined heat. The clerk at the game arcade can visually read the recorded number of prize balls and pay the player a prize equivalent to the number of prize balls.

The premium exchange card for which payment has been completed disappears when the number of recorded premium balls disappears when heat of another predetermined temperature is applied. Therefore, if the prize exchange card itself is not damaged, the number of prize balls can be repeatedly recorded by heating.

When the number of prize balls is indicated on at least one of a number and a code code such as a bar code on the gift exchange card, by visually checking the number or reading the code code. , You can know the number of prize balls.

When the remaining amount of money obtained by subtracting the amount of ball rental purchase from the amount of money thrown in by the ball lending machine is recorded, the confirmation of the remaining amount becomes easy.

In the card payout device, the prize exchange cards are taken out one by one from the plurality of prize exchange cards housed in the case and sent along the conveyance path.
The recording unit provided along the transport path receives a prize ball number signal from the outside and applies the predetermined heat to write the prize ball number on the transported gift exchange card.

The card dispensing device makes it easy to handle a plurality of prize exchange cards as a group and to write the number of prize balls by applying the predetermined heat.

When the case has the surrounding wall and the carrying device has the carrying belt mechanism, the carrying guide, and the carrying roller, the prize exchange card is engaged with the engaging portion of the carrying belt mechanism to carry the carrying surface. And is ejected from the gap between the conveyor belt mechanism and the surrounding wall by power. The transport rollers are
Driven by power, the prize exchange card is conveyed through the conveyance path of the conveyance guide from the gap to the card exit.

The card take-in device stores a plurality of prize exchange cards in the card storage portion. The prize exchange card inserted into the card insertion slot is sent to the card storage section side by the carrying device along the carrying path.

The reading section in the middle of the conveying path reads the number of prize balls recorded on the conveyed gift exchange card and displays it on the display section. On the other hand, the erasing unit of the card take-in device erases the record of the number of prize balls by applying the heat of another predetermined temperature to the gift exchange card conveyed through the conveying path. The gift exchange card that has lost the record can be reused.

The prize exchange cards sent to the card storage portion side along the transfer path are sequentially stored in the card storage portion from the storage opening by the card storage mechanism. In the case of having a recording unit, the prize exchange card is repeatedly recorded in order to write and record the number of prize balls by receiving a signal from the outside and applying the predetermined heat to the prize exchange card conveyed through the conveyance path. Can be used.

[0027]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. 1 to 4 show an embodiment of the present invention. As shown in FIG. 1, the prize exchange card 10 is a thin card. The prize exchange card 10 is used in a game arcade equipped with a game machine (not shown) such as a pachinko game machine or a slot machine, and uses a pachinko ball acquired by the pachinko game machine or a game medium such as a medal of a slot machine. A recording medium for recording.

As shown in FIG. 2, the prize exchange card 10
Is formed of a card original form 10a on which characters and the like can be recorded and erased by heating so that it can be repeatedly used. The card original form 10a is composed of a card-shaped flexible material 10b and an organic material in which crystals are aggregated when a predetermined heat applied to the surface of the flexible material 10b is applied, and crystals are diffused when a heat of another predetermined temperature is applied. It is composed of a compound layer 10c.

The original card form 10a is a recently developed paper "erasable and russible paper (ERP)" in which characters can be freely written and erased by heating.
Is used.

The card-shaped flexible material 10b is made of a material such as thick paper or plastic of good quality. The organic compound layer 10c is a thin film of an organic compound having a property that crystals are aggregated when a predetermined heat is applied and crystals are diffused when another heat of a predetermined temperature is applied.

More specifically, the original card 10a
By applying a predetermined heat, the organic compound layer 10c
While the crystals of No. 1 are aggregated to cause diffused reflection of light and letters or numbers can be displayed, when heat of about 10 degrees Celsius higher than the predetermined heat is applied, the aggregated crystals are diffused. Then, it has the property that characters and numbers disappear.

The prize exchange card 10 says, "Thank you every time. ], Display 12 of the name of the game hall used, display 13 of the date of use, display 13a of the date combined with display 13, and blank spaces below display 13 The expiration date display 14, the "remaining amount of money" display 15, and the "prize ball number" display 17 are printed on one side with normal ink that is hard to erase.

In the frame display 16, a display 21 (in this case, "8000 yen") of the amount of the remaining money obtained by subtracting the ball rental purchase amount from the amount put in by the ball lending machine is a predetermined heat. It is written and recorded by adding. In the frame display 18, similarly, a predetermined heat is applied to display the number 22 of prize balls (in this case, "2580").
Is written and recorded. In the space between the display 13 and the display 14, a bar code display 23, which is a code code related to security, the number of prize balls, the remaining amount of money, the date, the hall symbol, and the like is recorded.

The prize exchange card 10 is displayed 13a, 21, 22, 23 by the card payout device 30 shown in FIG.
To record.

As shown in FIG. 3, the card dispensing device 30
Has a case 31, a transport device 32, and a recording unit 33. The case 31 is a card holder including an enclosing wall 31d for accommodating a plurality of prize exchange cards 10 in a stacked manner.

The case 31 has one end of a lever 31a rotatably attached to the upper end, and the other end of the lever 31a
A weight 31c is attached via a short lever 31b. In the card payout device 30, the gift exchange card 10 is supplied to the transfer surface 41a side by the pressure of the weight 31c.

The carrying device 32 has a structure in which the prize exchange cards 10 are taken out one by one from the case 31 and sent along the carrying path 32a. The transport device 32 includes a transport belt mechanism 41, a transport guide 42, and a transport roller 43.

The conveyor belt mechanism 41 forms a gap between the case 31 and the surrounding wall 31d so that the prize exchange cards 10 can be discharged one by one, and conveys the prize exchange card 10 inside the enclosure wall 31d. It is provided below the surrounding wall 31d so that it can be placed on the surface 41a.

More specifically, the conveyor belt mechanism 41
Has a structure in which the endless belt 41d is stretched between the drive pulley 41b and the driven pulley 41c, and the prize exchange card 10 on the transport surface 41a is moved in the gap direction by power. The endless belt 41d has an engaging portion 41e with the one prize exchange card 10 placed on the transport surface 41a,
41e.

The transport guide 42 includes a card outlet 42a and
It has a transport path 32a that connects the card outlet 42a and the gap of the transport belt mechanism 41. Conveyor roller 43
Is composed of a pinch roller 43a and a card drive roller 43b, and the pinch roller 43a and the card drive roller 43b are provided downstream of the recording unit 33 with the conveyance path 32a sandwiched vertically. The transport roller 43 is driven by power and has a configuration of transporting the prize exchange card 10 through the transport path 32a of the transport guide 42 from the gap to the card outlet 42a.

The recording unit 33 is provided along the transportation path 32a, and receives a signal from the outside to apply predetermined heat to print the number of prize balls on the prize exchange card 10 conveyed one by one. have.

More specifically, a thermal head 34 for writing characters and the like is provided inside the recording unit 33.
A heating unit (not shown) for heating the thermal head 34 to a predetermined temperature is provided.

The prize exchange card 10 is used as the gift exchange card 10 by the card take-in device 50 shown in FIG.
The displays 13a, 21, 22, and 23 are deleted.

As shown in FIG. 4, a card loading device 50.
Is a data display unit 50a, a display operation panel 50b,
It has a card storage unit 51, a card storage mechanism 52, a carrier device 53, a reading unit 54, an erasing unit 55, and a recording unit 56.

The card storage portion 51 can store a plurality of prize exchange cards 10 and has a storage opening 51a for the prize exchange cards 10. In the card storage portion 51, the prize exchange card 10 in which the remaining amount display 21, the prize ball number display 22, the bar code display 23, and the date display 13a are erased is stored.

The card storage mechanism 52 inserts the card brought in by the customer from the card insertion opening 53a, performs an appropriate process, and introduces the erased card from the storage opening 51a into the card standby portion 51b, and inserts the card into the card. It is a mechanism for storing in the storage portion 51.

The carrier device 53 has a carrier path 5 which connects the card insertion opening 53a and the storage opening 51a of the card storage portion 51.
3b, a first step card feeder 71 and a second step card feeder 71
It has a step card feeder 72 and a third step card feeder 73.

Each of the feeders 71 to 73 has a pulley 71 at both ends.
The endless belt 71c is stretched between a and 71b, and the pinch rollers 71d and 71e are provided to face the pulleys 71a and 71b. Conveyor device 53
Has a configuration in which each of the feeders 71 to 73 feeds the prize exchange card 10 along the transport path 53b.

The reading section 54 includes the transport path 5 of the transport device 53.
3b, which is provided at the position of the first step card feeder 71, reads the bar code display 23 such as the number of prize balls recorded on the transferred card 10 for prize exchange, and displays the data display portions 50a, 50a. It is composed of a barcode reader that displays the number of prize balls and other signals.

The erasing section 55 is provided at the position of the second step card feeder 72 along the transport path 53b of the transport guide 42, and the prize exchange card 10 to be transported,
It is composed of an erasing heat source for erasing the record of the display of the number of prize balls by applying heat higher than the predetermined heat.

The recording unit 56 is the same as the thermal head 34 described above.
And is provided at the position of the third step card feeder 73 along the transport path 53b of the transport device 53,
After the prize payout process, when too many balls are generated and returned, the predetermined heat is applied in order to rewrite the balls too much, so that the number of too many balls is displayed on the prize exchange card 10. is doing.

Next, the operation will be described. In FIG. 3, the card payout device 30 accommodates a plurality of prize exchange cards 10 in a case 31. The card payout device 30 engages one prize exchange card 10 in the case 31 with the engaging portion 41e of the conveyor belt mechanism 41 and places it on the conveyor surface 41a, and the conveyor belt mechanism 41 and the case are driven by power. 31
It is discharged from the gap between the surrounding wall 31d. The prize exchange card 10 extruded onto the transport guide 42 and ejected is sandwiched by the transport rollers 43.

The transport roller 43 is driven by power,
Sending out the above-mentioned gift exchange card 10 with a fixed size,
It is cut off from the conveyor belt mechanism 41 and put in standby.

When a game player wants to exchange prizes for game media such as pachinko balls and medals acquired by a game machine, he pushes a settlement switch, and the recording unit 33 provided along the transport path 32a From the external counter, the balance, the number of prizes,
In response to a date, a bar code signal, etc., the number of prize balls and the like are written and recorded on the conveyed gift exchange card 10 by heating.

That is, the thermal head 3 of the recording unit 33
The dot element 4 generates heat to a predetermined temperature by a heating means (not shown), and the predetermined heat is applied to the organic compound layer 10c of the prize exchange card 10 to give a prize ball to the surface of the prize exchange card 10. Write numbers and letters that represent numbers. In this case, by applying a predetermined amount of heat to the organic compound layer 10c, the crystals of the organic compound layer 10c aggregate to cause diffused reflection of light, so that letters and numbers can be visually displayed.

Since writing is performed by heating, consumable items such as ink ribbons are not required, cost can be reduced, and replacement of ink ribbons is not required, which is convenient in handling.

When the writing is completed, the thermal head 3
4 floats up, and the prize exchange card 10 is sandwiched between the pinch roller 43a and the card drive roller 43b and discharged from the card outlet 42a.

At this stage, the endless belt 41d of the conveyor belt mechanism 41 is driven to send out the next prize exchange card 10 to the writing set position.

As shown in FIG. 1, the prize exchange card 10 paid out by the card payout device 30 displays a date 13a, a balance amount display 21, and a prize ball number display 2
2 and the bar code display 23 are written.

Since the number of prize balls is represented by a number on the display 22, the player can know the number of prize balls by visually checking the numbers, and at a glance, the player can see the number of game media acquired and the like. It is possible to check and bring the prize exchange card 10 to the prize exchange place with confidence.

At the prize exchange office, a game clerk can visually read the recorded number of prize balls and settle the balance and pay the player a prize equivalent to the number of prize balls.

At the prize exchange place, by inserting the prize exchange card 10 into the card take-in device 50 and reading the bar code display 23, it is possible to know the balance, the number of prize balls, and the date of issue of the card.

As a result, the balance is settled and a prize equivalent to the number of prize balls is paid out to the player. It should be noted that it is possible to select between manual and automatic cases. In the case of automatic cases, an automatic payment machine is required.

Since the balance amount display 21 records the balance amount obtained by subtracting the ball rental purchase amount from the amount thrown by the ball lending machine in the balance amount display 21, it is easy to confirm the balance amount. Become.

Free gift exchange card 10
When another heat of a predetermined temperature (heat at a temperature higher by about 10 degrees Celsius than the predetermined temperature) is applied to the above, the agglomerated crystals of the organic compound layer 10c are diffused, and letters, numbers, etc. It disappears and disappears. Therefore, the prize exchange card 10
If it is not damaged, the number of prize balls can be repeatedly recorded by heating.

As shown in FIG. 4, a card loading device 50.
Stores a plurality of used gift exchange cards 10 from which data has been erased in the card storage portion 51. Conveyor device 53
Sends the gift exchange card 10 along the transport path 53b.

The reading section 54 reads the bar code 23 recorded on the prize exchange card 10 inserted from the card insertion slot 53a and displays it on the data display sections 50a and 50a. The prize exchange card 1 having a problem in the reading section 54
In the case of 0, the first step card feeder 71 is driven in reverse, and the card is returned to the card insertion slot 53a for inspection.

The erasing unit 55 sets the prize exchange card 10 that has read the above data to 10 degrees Celsius further than the predetermined heat.
A heat of a high temperature is applied to erase predetermined records of the date display 13a, the remaining amount display 21, the prize ball number display 22 and the bar code display 23. The free gift exchange card 10 whose recording has been erased is sent by the third step card feeder 73 and stands by at the position of the recording unit 56.

The recording unit 56 can write and record the excessive number of balls after the exchange of prizes by applying a predetermined heat when the excessive number of balls after the exchange of prizes is generated. The recorded card 10 for exchanging free gifts is returned to the card insertion slot 53 again.
returned to a.

At this time, when the next prize exchange card 10 is inserted from the card insertion slot 53a without writing, the prize exchange card 10 on standby is stored in the storage slot 51.
It is introduced into a and is stored in the card storage portion 51 by the card storage mechanism 52.

The prize exchange card 1 in the card storage 51
0 can be taken out and repeatedly used as a reproduction card.

In the prize card according to the above embodiment, the bar code is used as the code code indicating the number of prize balls, but the code code is not limited to the bar code, and another readable code may be used. ..

The used gift exchange card 10 is
The clerk may collect and use the erasing unit 55 described above to erase the display 21, the display 22 of the amount of the remaining balance, the display 22 of the number of the prize balls, the date display 13a, etc. of the gift exchange card 10.

A magnetic recording medium may be provided on the prize exchange card 10 and data may be magnetically recorded on the magnetic recording medium.

Further, the card payout device 30 is provided with an alarm device, and when the number of the gift exchange cards 10 in the case 31 becomes a predetermined number or less, an alarm signal is sent to the hall management computer, a game medium counter is used for a lamp, etc. May be turned on to give an alarm to notify the clerk.

[0076]

According to the prize exchange card, the card payout device and the card take-in device according to the present invention, the prize exchange card is used as a recording medium for the number of prize balls, and by applying a predetermined heat, the prize ball. Since the record of the number is erased, the recording medium of the number of prize balls can be reproduced, the cost for replacement can be reduced, and the resource protection and the dust pollution can be reduced.

When the number of prize balls is represented by at least one of a number and a code on the card for exchanging the prize, the number of prize balls can be determined by visually checking the number or reading the code. You can easily know.

When the remaining amount of money obtained by subtracting the amount of purchased balls from the amount of money thrown by the ball lending machine is recorded, the remaining amount can be easily confirmed.

In the card payout device, a plurality of prize exchange cards can be accommodated in the case, and the recording unit can write and record the number of prize balls on the card by applying predetermined heat.

The card take-in device can read the number of prize balls recorded on the prize exchange card by the reading unit and erase the number of prize balls recorded on the prize exchange card by the erasing unit. Can be used repeatedly. Further, in the case of having a recording unit, when too many balls come out, it is possible to write too many balls on the prize exchange card from which the number of prize balls has been deleted, and pass the balls through the card insertion opening to the player.

[Brief description of drawings]

FIG. 1 is a front view showing a prize exchange card according to an embodiment of the present invention.

FIG. 2 is a front view showing a card original form of a prize exchange card according to an embodiment of the present invention.

FIG. 3 is a schematic front view showing a card payout device according to an embodiment of the present invention.

FIG. 4 is a cross-sectional view showing an internal configuration of a card loading device according to an embodiment of the present invention.

[Explanation of symbols]

 10 ... Gift exchange card 10a ... Card original form 21 ... Remaining amount of money display 22 ... Gift ball number display 23 ... Bar code display 30 ... Card payout device 31 ... Case 31d ... Enclosing wall 32 ... Conveying device 33 ... Recording unit 50 ... card loading device 54 ... reading unit 55 ... erasing unit

─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. ⁵ Identification number Office reference number FI technical display location B41M 5/26 G06F 15/21 340 Z 7218-5L G06K 19/06

Claims (8)

[Claims] 1. A prize exchange card, characterized in that the number of prize balls is written and recorded in a card original form in which characters and the like can be recorded and erased by heating. 2. A gift exchange card formed from a card original form capable of recording and erasing characters and the like by heating, wherein the card original form is a card-shaped flexible material and a surface of the flexible material. When a predetermined heat is applied to the crystals, the crystals agglomerate, and when the heat of another predetermined temperature is applied, the crystals diffuse and the organic compound layer is formed. The predetermined heat is applied to the organic compound layer of the card original form. This is a gift exchange card characterized by having recorded and recorded the number of prize balls. 3. The gift exchange card according to claim 1, wherein the number of prize balls is represented by at least one of a numeral and a code. 4. The amount of remaining money obtained by subtracting the amount of ball rental purchased from the amount of money thrown by the ball lending machine is recorded by applying the predetermined heat, according to claim 1, 2, or 3. A gift exchange card. 5. A case for accommodating a plurality of gift exchange cards, a transport device for picking up one of the prize exchange cards one by one from the case and sending it along the transport route, and a case provided along the transport route. And a recording unit for writing the number of prize balls to the conveyed card for prize exchange by receiving the signal of the number of prize balls from the outside and applying the predetermined heat. 6. The case has an enclosing wall for accommodating a plurality of prize exchange cards in a stack therein, and the carrying device has a carrying belt mechanism, a carrying guide, and a carrying roller. The conveying belt mechanism may form a gap between itself and the surrounding wall so that the prize exchange cards can be discharged one by one, and the prize exchange card inside the surrounding wall can be placed on the conveying surface. Possibly provided in the lower part of the surrounding wall, has an engaging portion with one of the prize exchange cards placed on the transport surface, and powers the prize exchange card on the transport surface. The transport guide has a card outlet, and a transport path connecting the card outlet and the gap of the transport belt mechanism, and the transport roller is driven by power. The transport path of the transport guide. The card payout device according to claim 5, wherein the gift exchange card is conveyed from the gap to the card exit. 7. A card accommodating part capable of accommodating a plurality of prize exchange cards, the card accommodating part having an accommodating port for the prize exchanging card, a card insertion port, and an accommodating port of the card accommodating part. A transport device for transporting the gift exchange card along the transport route, and a transport device for transporting the prize exchange card along the transport route from the storage port to the inside of the card storage portion. A card storage mechanism that stores the data in a card, a data display unit that can be confirmed from the outside, and a data display that reads the number of prize balls recorded on the gift exchange card that is provided along the transport path and is transported. A reading unit for displaying data on a section, and the gift exchange card that is provided along the carrying path and is carried, by applying heat of the different predetermined temperature to the gift ball. That it has an erasing unit to erase the recording, capture cards, characterized apparatus. 8. The excessive number of balls is written on the prize exchange card by providing the predetermined heat for writing excessive balls when the excessive balls are generated, which are provided along the transportation path of the transportation device. The card loading device according to claim 7, further comprising a recording unit.