JP2001344619A - Radio card issuing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To continue card issuing job without stopping a radio card issuing machine even in the case of double feeding at the time of taking out a radio card from a card hopper part for printing processing. SOLUTION: When the radio card is taken out from the card hopper part, the machine detects double feeding of the radio cards fed out by radio to remove the double-fed radio cards from a carrying path in the case of double feeding.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wireless card issuing machine for issuing a wireless card.

[0002]

2. Description of the Related Art Conventionally, a wireless card is taken out of a hopper,
Based on a purchaser's instructions, the card is printed after purchasing the purchase information or adding the purchase information by wireless collection, and then issuing the card.

[0003] In such a wireless card issuing machine, double feed detection for a wireless card removed from a hopper is not performed.

In order to prevent such double feeding of the wireless card, the thickness of the wireless card is regulated at the outlet of the hopper. Will stop. Further, in some cases, if the processing is normally completed while the wireless card is multi-fed, an abnormal wireless card is given to the passenger.

(3) In the above-mentioned wireless card issuing machine, since only the conventional thickness regulation at the outlet of the hopper is used, two wireless cards are fed out due to inadequate adjustment or the like.

Further, when a double feed of a wireless card from the hopper occurs, the occurrence of a jam inside the issuing machine cannot be avoided, and the ticketing operation cannot be completed normally. Is also conceivable.

[0007] Naturally, the purchaser is inconvenienced, and in some cases, there is a possibility that the purchaser may be used illegally.

[0008] This results in impairing the reliability of the wireless card issuing machine.

Therefore, there is a need for a device that can reliably prevent the occurrence of jams due to double feeding of wireless cards.

[0010]

SUMMARY OF THE INVENTION An object of the present invention is to provide a wireless card issuing machine which can reliably prevent the occurrence of a jam due to the double feeding of a wireless card in response to the above-mentioned demand.

[0011]

SUMMARY OF THE INVENTION A wireless card issuing machine according to the present invention has a storage means for storing a wireless card for transmitting an identification number by wireless while describing an identification number, and a storage means for storing the wireless card. Taking out means for sequentially taking out the wireless cards, reading means for reading an identification number written on the wireless card taken out by the taking out means, and wirelessly transmitted from at least one wireless card taken out by the taking out means. Means for judging whether or not the wireless card is double-fed based on the identification number read by the reading means and the identification number read by the reading means. Issuance means for issuing a wireless card to which the above information is added.

According to the wireless card issuing machine of the present invention, a storage means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card stored by the storage means are sequentially stored. Extracting means for extracting, a reading means for reading an identification number written on a wireless card to be extracted by the extracting means, an identification number wirelessly transmitted from the wireless card to be extracted by the extracting means, and reading by the reading means. When the identification numbers match, the removal of the wireless card is judged to be normal, and when the identification numbers do not match, the judgment means for judging the double feeding of the radio card, and the judgment means judges that the ejection of the wireless card is normal. Issuing means for issuing a wireless card to which predetermined information is added when the determination is made.

According to the wireless card issuing machine of the present invention, a storage means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card stored by the storage means are sequentially stored. Taking-out means for taking out, reading means for reading an identification number written on the wireless card taken out by the taking-out means, one recognition number wirelessly transmitted from the wireless card taken out by the taking-out means, and When the identification number matches the identification number read by the reading unit, the first determination unit determines that the removal of the wireless card is normal, and determines that the removal of the wireless card is normal by the first determination unit. At this time, an issuance unit that issues a wireless card with predetermined information added thereto, and a wireless card that is wirelessly transmitted from the wireless card that is removed by the removal unit If No. 識番 is plural, and a second determination means for determining the double feed of the wireless card.

According to the wireless card issuing machine of the present invention, a storing means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card stored by the storing means are sequentially stored. Extracting means for extracting, a reading means for reading an identification number written on a wireless card to be extracted by the extracting means, an identification number wirelessly transmitted from the wireless card to be extracted by the extracting means, and reading by the reading means. When the identification numbers match, the removal of the wireless card is judged to be normal, and when the identification numbers do not match, the judgment means for judging the double feeding of the radio card, and the judgment means judges that the ejection of the wireless card is normal. When determining, when issuing means for issuing a wireless card to which predetermined information is added, and when determining the double feeding of the wireless card by the determining means, Serial and a recovery means for recovering wireless card taken out by take-out means.

According to the wireless card issuing machine of the present invention, a storing means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card stored by the storing means are sequentially stored. Taking-out means for taking out, reading means for reading an identification number written on the wireless card taken out by the taking-out means, one recognition number wirelessly transmitted from the wireless card taken out by the taking-out means, and When the identification number matches the identification number read by the reading unit, the first determination unit determines that the removal of the wireless card is normal, and determines that the removal of the wireless card is normal by the first determination unit. At this time, an issuance unit that issues a wireless card with predetermined information added thereto, and a wireless card that is wirelessly transmitted from the wireless card that is removed by the removal unit When there are a plurality of identification numbers, the second determining means for determining the double feeding of the wireless card, and when the second determining means determines the double feeding of the wireless card, the wireless card removed by the removing means is collected. Recovery means for performing the recovery.

According to the wireless card issuing machine of the present invention, a storing means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card for storing the wireless card are sequentially stored in the storing means. Extracting means for extracting, a reading means for reading an identification number written on a wireless card to be extracted by the extracting means, an identification number wirelessly transmitted from the wireless card to be extracted by the extracting means, and reading by the reading means. When the identification numbers match, the removal of the wireless card is judged to be normal, and when the identification numbers do not match, the judgment means for judging the double feeding of the radio card, and the judgment means judges that the ejection of the wireless card is normal. When determining, when issuing means for issuing a wireless card to which predetermined information is added, and when determining the double feeding of the wireless card by the determining means, A separating means for separating a radio card taken out by serial extraction means, with respect to the separated radio card by the separating means, and processing means for issuing by adding predetermined information by said issuing means.

According to the wireless card issuing machine of the present invention, a storage means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card stored by the storage means are sequentially stored. Taking-out means for taking out, reading means for reading an identification number written on the wireless card taken out by the taking-out means, one recognition number wirelessly transmitted from the wireless card taken out by the taking-out means, and When the identification number matches the identification number read by the reading unit, the first determination unit determines that the removal of the wireless card is normal, and determines that the removal of the wireless card is normal by the first determination unit. At this time, an issuance unit that issues a wireless card with predetermined information added thereto, and a wireless card that is wirelessly transmitted from the wireless card that is removed by the removal unit When there are a plurality of identification numbers, the second determining means for determining the double feeding of the wireless card is separated from the wireless card extracted by the extracting means when the second determining means determines the double feeding of the wireless card. And a processing unit that adds predetermined information to the wireless card separated by the separating unit and issues the wireless card.

According to the wireless card issuing machine of the present invention, a storage means for storing a wireless card for transmitting an identification number by wireless while transmitting an identification number and a wireless card stored by the storage means are sequentially stored. Extracting means for extracting, a reading means for reading an identification number written on a wireless card to be extracted by the extracting means, an identification number wirelessly transmitted from the wireless card to be extracted by the extracting means, and reading by the reading means. When the identification numbers match, it is determined that the removal of the wireless card is normal, and when the identification numbers do not match, it is determined that the wireless card is multi-fed.
Determining means, when the first determining means determines that the removal of the wireless card is normal, printing means for printing predetermined information on the wireless card, and after printing by the printing means, wirelessly transferring the predetermined information. Writing means for writing to the wireless card by the writing means, reading means for reading predetermined information written to the wireless card by the writing means from the wireless card wirelessly, and wireless communication by the predetermined information read by the reading means and the writing means. A second determining means for determining whether or not the predetermined information has been accurately written on the wireless card, based on whether or not the predetermined information written on the card matches; When it is determined that the specified information has been correctly written on the card,
When the issuing means for issuing the wireless card and the second determining means determine that the predetermined information has been accurately written on the wireless card, void printing is performed on the wireless card and the ticket is discarded. Waste ticket means.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a wireless card issuing machine according to a first embodiment of the present invention will be described with reference to the drawings.

The wireless card issuing machine is for issuing a wireless card A based on a purchaser's instruction. For example, a ticket vending machine which sells a wireless ticket or a commuter pass (wireless card A) used in transportation or the like. Machine.

As shown in FIG. 1, the wireless card issuing machine has a customer service section 2 for purchasers on the front of a main body 1. The customer service unit 2 is a charge input unit 3 for receiving coins input by a purchaser, a charge display unit 4 for displaying a charge input by the charge input unit 3 and a change, and a charge input unit 3 for inputting coins. .., A card discharging unit 6 for discharging the purchased (issued) wireless card A, and a change discharging unit 7 for discharging change. ing. In the above example, coins are accepted, but bills may be accepted.

In this wireless card issuing machine, as shown in FIG. 2, a wireless card A in which purchase information is not recorded is stacked and stored in a main body 1 (a new wireless card A is loaded). A card hopper 11 as a storage means, and a take-out unit 13 for taking out the lowermost wireless card A of the card hopper 11 one by one into the main transport path 12 are provided.

The wireless card A includes a control unit, a storage unit, and an antenna unit, and an ID number (recognition number) is stored in the storage unit in advance. Further, the ID number (recognition number) is printed on the wireless card A.

Below the card hopper section 11, there is provided an ID reading section 14 for optically reading an identification number (ID number) written (printed) on the wireless card A taken out of the card hopper section 11. Have been.

The take-out unit 13 from the card hopper unit 11
The wireless card A taken out by the above is transported by the main transport path 12 and is discharged from the card discharge unit 6. Take-out unit 1 from card hopper unit 11
3 on the main transport path 12, the ID number wireless confirmation unit 1
5, a collection box 16, a waste ticket box 17, a printing unit 18, and a wireless data collection unit 19 are provided in this order.

The ID number wireless confirmation unit 15 is an ID number obtained by performing wireless communication with the wireless card A taken out of the card hopper unit 11 by the take-out unit 13.
Check the number.

The collection box 16 is provided beside the main transport path 12 and collects the multi-fed wireless card A from the main transport path 12 by the distribution unit 16a. Is to be collected.

The printing unit 18 prints the purchase information of the card selected by the customer this time so that the card can be visually confirmed.

The printing unit 18 is provided with the wireless data collection unit 1.
9, when the purchase information is not correctly added, void printing is performed on the corresponding wireless card A.

The waste ticket box 17 is for collecting the radio card A to be discarded, which has been void-printed by the printing unit 18, from the main transport path 12 by the distribution unit 17a. It is something to keep.

The wireless data collection unit 19 adds the purchase information of the card selected by the current purchaser by wireless collection. The wireless data collection unit 19 reads the added purchase information wirelessly from the wireless card A, checks whether the information matches the added information, and checks whether the purchase information is correctly added. It is.

The main transport path 12 is driven and controlled by a motor 20 to transport the wireless card A in the direction of arrow a or the direction of arrow b.

The wireless card issuing machine has a charge input unit 3
And a change unit (not shown) is provided inside the upper part of the change discharging unit 7. The check section counts the amount input from the charge input section 3.

Next, a control circuit of the wireless card issuing machine will be described with reference to FIG.

That is, a control unit 21 for controlling the entire wireless card issuing machine is provided. The control unit 21 includes a charge display unit 4, a card purchase button 5,..., A driver 22 for driving the take-out unit 13, a driver 23 for driving the printing unit 18, and a driver 24 for driving the motor 20 of the customer service unit 2. A driver 26 for driving a solenoid 25 for rotating the distributing section 16a, a driver 28 for driving a solenoid 27 for rotating the distributing section 17a, a transport state of the main transport path 12 by the wireless card A, and a transport jam. 27, the ID reading unit 14, I
The D number wireless confirmation unit 15 and the wireless data collection unit 19 are connected.

Next, the ticketing process in the above configuration will be described with reference to the flowchart shown in FIG.

First, the purchaser enters the price associated with the purchase through the fee input unit 3. Then, the control unit 21 selectively lights the card purchase buttons 5,... According to the inserted amount.

Next, the purchaser selects and presses one of the lit card purchase buttons 5,... (ST
1).

The control section 21 optically reads the identification number (ID number) written (printed) on the wireless card A taken out of the card hopper section 11 by the ID reading section 14 (ST2). Next, the control section 21 controls the drive of the take-out section 13 to take out (pay-out) the wireless card A from the card hopper section 11 (ST3).
2 to transport. At this time, the control unit 21 controls the driving of the motor 20 so that the wireless card A
It is transported upward in the direction of arrow a.

Next, the control unit 21 confirms the ID number by performing wireless communication with the wireless card A carried on the main carrying path 12 by the ID number wireless confirmation unit 15 (ST4).

Further, the control unit 21 controls the ID reading unit 14
ID number read by ID and ID number wireless confirmation unit 15
Is compared with the ID number obtained by wireless communication (ST5).

As a result of this collation, the control unit 21
When the D number matches the ID number obtained by wireless communication (ST6), the drive of the printing unit 18 is controlled, and the purchase information of the card selected by the current purchaser is transported by the main transport path 12. It is printed on the surface of the wireless card A so that it can be visually confirmed (ST7).

Next, the control unit 21 sets the wireless data collection unit 1
9 adds (writes) the purchase information of the card selected by the purchaser to the wireless card A by wireless collection (ST)
8).

Thereafter, the control unit 21 sets the wireless data collection unit 1
9 reads the purchase information written in the wireless card A by wireless collection (verify read) (ST9), and checks whether the written purchase information matches the purchase information read by the verify read (ST10). Thereby, it is confirmed whether or not the purchase information has been reliably transmitted to the wireless card A.

As a result of this check, when the written purchase information matches the purchase information read by the verify read, the control unit 21 determines that the issuance is normal, and drives the motor 20 to rotate, so that the wireless data collection unit 19 Is discharged (issued) from the card discharge unit 6 (ST11).

As a result of the collation in step 6, the control unit 21 determines that the read ID number and the I
If the D number does not match, or if there are two ID numbers obtained by wireless communication (in the case of double feed),
By driving the distribution unit 16a, the multi-feed wireless card A conveyed by the main conveyance path 12 is collected in the collection box 16 by the distribution unit 16a (ST12). Thereafter, the control unit 21 proceeds to the reissue operation and returns to step 2.

If the result of the check in step 10 shows that the written purchase information does not match the purchase information read by the verify read, the control section 21 drives the motor 20 to rotate in the reverse direction. Thereby, the wireless card A is transported on the main transport path 12 in the direction of arrow b. When the wireless card A faces the printing unit 18, the control unit 2
1 drives and controls the printing unit 18 to perform void printing on the surface of the wireless card A (ST13). Thereafter, the control unit 21 drives the distribution unit 17a to further move the main transport path 12a.
The wireless card A conveyed upward in the direction b is discarded by the sorting unit 17a into the waste ticket box 17 (ST14). Thereafter, the control unit 21 proceeds to the reissue operation and returns to step 2.

As described above, when the wireless card is taken out of the card hopper, the double feed of the wireless card fed wirelessly is detected, and in the case of the double feed, the double-fed wireless card is removed from the transport path. This improves the reliability of the wireless card issuing machine.

When the wireless card is taken out of the card hopper, the ID number of the next card to be fed out is optically read in advance, and the ID number of the fed out wireless card is read out wirelessly, collated, and a plurality or mismatched ID number is read. Is detected, a double feed is determined, the wireless card sent double is sent to the collection box on the side of the main transport path, and the wireless card is paid out again, thereby improving the reliability of the wireless card issuing machine.

Further, a double feed is detected by collating the ID number optically read from the wireless card taken out of the card hopper with the ID number read by the wireless data. The reliability of the wireless card issuing machine can be improved by removing the wireless card that has been double-fed from the main transport path and feeding out the wireless card again.

As a result, regarding the removal of the wireless card from the card hopper section, which proceeds to the printing process, the ticket issuing business can be continued without stopping the wireless card issuing machine even in the case of multi-feed.

Further, with respect to the removal of an unrelated card from the card hopper, even in the case of a double feed, the wireless card issuing machine can be continued without stopping the wireless card issuing machine. Can be reused internally.

Further, with respect to the removal of the wireless card from the card hopper, even in the case of a double feed, the wireless card issuing machine can be maintained without stopping the wireless card issuing machine. Since the card is put into the card hopper again, it is possible to select a card having the life of the card or to sort a damaged wireless card.

In particular, it is effective when the wireless card becomes thin.

Next, a second embodiment will be described with reference to FIGS. That is, in the second embodiment, as shown in FIG. 5, a separation roller 30 is provided instead of the collection box 16 of the first embodiment, and the same reference numerals are used for other common parts. And the description is omitted. However, as shown in FIG. 6, the distribution unit 16a, the solenoid 25, and the driver 26 are deleted, and a driver 31 for driving the separation roller 30 is provided.

The separation roller 30 is provided on the main transport path 12 between the ID number wireless confirmation unit 15 and the waste ticket box 17, and performs a separation operation when a double feed of the wireless card A is determined. It is something to be done. The separation roller 30 separates the two wireless cards A transported on the main transport path 12 into one by rotating the upper roller 30a and the lower roller 30b in reverse.

At this time, the first wireless card A separated by the separation roller 30 shifts to the next process of printing on the card surface. The remaining wireless card A is used when the next card is issued.

Next, the ticketing process in the above configuration will be described with reference to the flowchart shown in FIG.

First, the purchaser enters the price associated with the purchase by the fee input unit 3. Then, the control unit 21 selectively lights the card purchase buttons 5,... According to the inserted amount.

Next, the purchaser selects and presses down one of the lit card purchase buttons 5,... (ST2).
1).

At this time, the control unit 21 checks whether or not the second multi-fed wireless card A from the previous processing remains at the exit of the card hopper unit 11 (ST22).

As a result of this check, if there is no remaining wireless card A that was double-fed in the previous processing, the control section 21 writes the wireless card A taken out of the card hopper section 11 by the ID reading section 14 ( The printed (printed) identification number (ID number) is optically read (ST23). Then
The control unit 21 controls the drive of the take-out unit 13 and takes out (pays) the wireless card A from the card hopper unit 11 (S).
T24), the paper is transported by the main transport path 12. At this time, the wireless card A is transported on the main transport path 12 in the direction of the arrow a by controlling the drive of the motor 20 by the control unit 21.

Then, the control unit 21 confirms the ID number by performing wireless communication with the wireless card A transported on the main transport path 12 by the ID number wireless confirmation unit 15 (ST25).

Further, the control unit 21 controls the ID reading unit 14
ID number read by ID and ID number wireless confirmation unit 15
Is compared with the ID number obtained by wireless communication (ST26).

As a result of this collation, the control unit 21
When the D number matches the ID number obtained by wireless communication (ST27), the printing unit 18 is driven and controlled, and the purchase information of the card selected by the current purchaser is transported by the main transport path 12. It is printed on the surface of the wireless card A so that it can be visually confirmed (ST28).

Next, the control unit 21 sends the radio data collection unit 1
9 adds (writes) the purchase information of the card selected by the purchaser to the wireless card A by wireless collection (ST)
29).

After that, the control unit 21 sets the wireless data collection unit 1
9 reads the purchase information written in the wireless card A by wireless collection (verify read) (ST30), and checks whether the written purchase information matches the purchase information read by the verify read (ST31). Thereby, it is confirmed whether or not the purchase information has been reliably transmitted to the wireless card A.

As a result of this check, when the written purchase information matches the purchase information read by the verify read, the control unit 21 determines that the issuance is normal, and drives the motor 20 to rotate. Is discharged (issued) from the card discharge unit 6 (ST32).

As a result of the comparison in step 27, if the read ID number does not match the ID number obtained by wireless communication, or if the ID number obtained by wireless communication is two. If there is (multi-feed), the separation roller 30 is driven so that the multi-feed wireless card A conveyed by the main conveyance path 12 is
0, and only the first wireless card A is conveyed to the printing unit 18 (ST33), and the process proceeds to the printing process of step 28. At this time, the second wireless card A separated by the separation unit 30 remains at the outlet of the card hopper unit 11.

If the result of the check at step 31 shows that the written purchase information does not match the purchase information read by the verify read, the control section 21 drives the motor 20 to rotate in the reverse direction. Thereby, the wireless card A is transported on the main transport path 12 in the direction of arrow b. When the wireless card A faces the printing unit 18, the control unit 2
1 drives and controls the printing unit 18 to perform void printing on the surface of the wireless card A (ST34). Thereafter, the control unit 21 drives the distribution unit 17a to further move the main transport path 12a.
The wireless card A conveyed upward in the direction b is discarded into the waste ticket box 17 by the sorting unit 17a (ST35). Thereafter, the control unit 21 proceeds to the reissue operation and returns to step 22.

As a result of the check in step 22, the control unit 21 determines that the wireless card A
If the second card remains, this wireless card A is conveyed to the printing unit 18 (ST36), and proceeds to the printing process in step 28.

As described above, when the wireless card is removed from the card hopper, the double feed of the wireless card fed out wirelessly is detected, and in the case of the double feed, the double-fed wireless card is separated by the separation roller. By continuing the processing, the reliability of the wireless card issuing machine is improved.

When the wireless card is removed from the card hopper, the ID number of the next card to be taken out is optically read in advance, and the ID number of the taken out card is read out wirelessly for collation, multiple IDs, or mismatched ID numbers. Is detected, a double feed is determined, and separation is performed by a separation roller. The separated wireless card is sent to the next process, and the card processing can be continued without stopping the wireless card issuing machine, thereby improving reliability.

Further, a double feed is detected by collating the ID number optically read from the wireless card taken out of the card hopper with the ID number read by the wireless data. By separating the multi-fed wireless card by the separation roller and performing the card processing after reducing the number to one, the reliability is improved without stopping the wireless card issuing machine.

As a result, regarding the removal of the wireless card from the card hopper section which proceeds to the printing process, the ticket issuing business can be continued without stopping the wireless card issuing machine even in the case of multi-feed.

Further, with respect to the removal of an unrelated card from the card hopper, even in the case of a double feed, the wireless card issuing machine can be maintained without stopping the wireless card issuing machine. Can be reused internally.

Further, with respect to the removal of the wireless card from the card hopper section, even in the case of a double feed, the wireless card issuing machine can be maintained without stopping the wireless card issuing machine, and the multi-fed card is automatically replaced with the wireless card. Since the card is issued again in the issuing machine, the frequency of card replenishment is reduced.

Particularly, the effect is exhibited when the wireless card becomes thin.

[0079]

As described in detail above, according to the present invention, it is possible to provide a wireless card issuing machine capable of reliably preventing the occurrence of a jam due to double feeding of a wireless card.

[Brief description of the drawings]

FIG. 1 is a diagram showing a service side of a wireless card issuing machine according to a first embodiment of the present invention.

FIG. 2 is a diagram showing an internal configuration of a wireless card issuing machine according to the first embodiment.

FIG. 3 is a diagram showing a control circuit of the wireless card issuing machine according to the first embodiment.

FIG. 4 is a flowchart illustrating a ticket issuing process of the wireless card issuing machine according to the first embodiment.

FIG. 5 is a diagram showing an internal configuration of a wireless card issuing machine according to a second embodiment.

FIG. 6 is a diagram illustrating a control circuit of a wireless card issuing machine according to a second embodiment.

FIG. 7 is a flowchart illustrating a ticket issuing process of the wireless card issuing machine according to the second embodiment.

[Explanation of symbols]

 A: Wireless card 11: Card hopper section 12: Main transport path 13: Take-out section 14: ID reading section 15: ID number wireless confirmation section 16: Collection box 17: Waste ticket box 18: Printing section 19: Wireless data collection section 21 … Control unit

Claims (9)

[Claims] 1. A storage unit in which a wireless card which carries an identification number and which wirelessly transmits an identification number is stored, an extraction unit which sequentially takes out the wireless cards stored by the storage unit, Reading means for reading an identification number written on a wireless card taken out by the means; an identification number wirelessly transmitted from at least one wireless card taken out by the taking out means; and an identification number read by the reading means. Determining means for determining whether or not double-feeding of a wireless card is performed based on the above, and issuing means for issuing a wireless card to which predetermined information is added when double-feeding of a wireless card is not determined by the determining means. A wireless card issuing machine comprising: 2. The wireless card issuing machine according to claim 1, wherein a storage unit is built in the wireless card, and the identification number is stored in the storage unit. 3. A storage unit in which a wireless card for transmitting an identification number by wireless while containing an identification number is stored, an extraction unit for sequentially extracting the wireless cards stored by the storage unit, Reading means for reading an identification number written on a wireless card taken out by the means, and an identification number wirelessly transmitted from the wireless card taken out by the taking out means coincides with an identification number read by the reading means. When the removal of the wireless card is determined to be normal, and when the identification numbers do not match, a determining means for determining double feed of the wireless card, and when the determining means determines that the removal of the wireless card is normal, Issuing means for issuing a wireless card to which information has been added. 4. A storing means for storing a wireless card which carries an identification number and which transmits the identification number wirelessly, an extracting means for sequentially extracting the wireless cards stored by the storing means, Reading means for reading an identification number written on the wireless card taken out by the means, one identification number wirelessly transmitted from the wireless card taken out by the extracting means, and the identification number and the reading means A first determining means for determining that the removal of the wireless card is normal when the identification number read by the wireless communication device matches the identification number; and a predetermined information when the removal of the wireless card is determined to be normal by the first determining means. Issuing means for issuing the added wireless card; and wirelessly transmitting a plurality of identification numbers transmitted wirelessly from the wireless card taken out by the taking out means. Radio card issuing machine characterized by comprising a second determination means for determining the double feed over de, a. 5. A storing means for storing a wireless card for transmitting an identification number by wireless while containing an identification number, an extracting means for sequentially extracting the wireless cards stored by the storing means, Reading means for reading an identification number written on a wireless card taken out by the means, and an identification number wirelessly transmitted from the wireless card taken out by the taking out means coincides with an identification number read by the reading means. When the removal of the wireless card is determined to be normal, and when the identification numbers do not match, a determining means for determining double feed of the wireless card, and when the determining means determines that the removal of the wireless card is normal, Issuing means for issuing a wireless card to which information has been added; and when the determination means determines double feed of the wireless card, the wireless card is removed by the removal means. Radio card issuing machine characterized by comprising a recovery means for recovering wireless card, a. 6. A storing means for storing a wireless card for transmitting an identification number by wireless while containing an identification number, an extracting means for sequentially extracting the wireless cards stored by the storing means, Reading means for reading an identification number written on the wireless card taken out by the means, one identification number wirelessly transmitted from the wireless card taken out by the extracting means, and the identification number and the reading means A first determining means for determining that the removal of the wireless card is normal when the identification number read by the wireless communication device matches the identification number; and a predetermined information when the removal of the wireless card is determined to be normal by the first determining means. Issuing means for issuing the added wireless card; and wirelessly transmitting a plurality of identification numbers transmitted wirelessly from the wireless card taken out by the taking out means. Second determining means for determining double feeding of the card, and collecting means for collecting the wireless card removed by the removing means when the second determining means determines double feeding of the wireless card. A wireless card issuing machine characterized by the following. 7. A storage means in which a wireless card for transmitting an identification number by wireless while containing an identification number is stored, an extraction means for sequentially taking out the wireless cards stored by the storage means, Reading means for reading an identification number written on a wireless card taken out by the means, and an identification number wirelessly transmitted from the wireless card taken out by the taking out means coincides with an identification number read by the reading means. When the removal of the wireless card is determined to be normal, and when the identification numbers do not match, a determining means for determining double feed of the wireless card, and when the determining means determines that the removal of the wireless card is normal, Issuing means for issuing a wireless card to which information has been added; and when the determination means determines double feed of the wireless card, the wireless card is removed by the removal means. A wireless card issuance device, comprising: a separating unit for separating the wireless card; and a processing unit for adding predetermined information to the wireless card separated by the separating unit and issuing the wireless card. Machine. 8. A storage means in which a wireless card for transmitting an identification number by wireless while containing an identification number is stored, an extraction means for sequentially taking out the wireless cards stored by the storage means, Reading means for reading an identification number written on the wireless card taken out by the means, one identification number wirelessly transmitted from the wireless card taken out by the extracting means, and the identification number and the reading means A first determining means for determining that the removal of the wireless card is normal when the identification number read by the wireless communication device matches the identification number; and a predetermined information when the removal of the wireless card is determined to be normal by the first determining means. Issuing means for issuing the added wireless card; and wirelessly transmitting a plurality of identification numbers transmitted wirelessly from the wireless card taken out by the taking out means. Second determining means for determining double feeding of the card, separating means for separating the wireless card taken out by the removing means when the second determining means determines double feeding of the wireless card; Processing means for adding predetermined information by the issuing means to the wireless card separated by the means, and issuing the wireless card. 9. A storage means in which a wireless card which carries an identification number and which wirelessly transmits an identification number is stored, an extraction means for sequentially extracting the wireless cards stored by the storage means, Reading means for reading an identification number written on a wireless card taken out by the means, and an identification number wirelessly transmitted from the wireless card taken out by the taking out means coincides with an identification number read by the reading means. In this case, it is determined that the removal of the wireless card is normal, and when the identification numbers do not match, the first determination means for determining the double feeding of the wireless card, and the removal of the wireless card is determined to be normal by the first determination means Printing means for printing predetermined information on the wireless card, and after printing by the printing means, predetermined information is wirelessly written on the wireless card. Writing means; reading means for reading predetermined information written to the wireless card by the writing means from the wireless card wirelessly; predetermined information read by the reading means; and predetermined information written to the wireless card by the writing means. Second determining means for determining whether or not the predetermined information has been accurately written on the wireless card based on whether or not the information matches; predetermined information is stored in the wireless card by the second determining means An issuance unit for issuing the wireless card when it is determined that the information has been correctly written; and an issuing unit that issues the predetermined information correctly on the wireless card by the second determining unit. And a waste card means for void printing the wireless card by performing void printing on the wireless card.