JP2002008067A - Wireless ticket-issuing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To lower the cost of a wireless medium, and to realize the wireless structure of a system using tickets (wireless tickets). SOLUTION: This wireless ticket-issuing machine has a wireless circuit function by the pre-printing, and holds a paper having a thermal printing layer in the rolled state, and issues the tickets cut from the rolled medium as low cost wireless tickets.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wireless ticket issuing machine that cuts out a roll-shaped medium and issues it as a wireless ticket.

[0002]

2. Description of the Related Art With respect to tickets and tickets circulating in the world, not only information on tickets and tickets is printed on the surface but also magnetic data using magnetism is stored in the same medium. As a form of this medium, there are a card form represented by a telephone card, a prepaid card, a commuter pass, and a medium cut out from roll paper represented by an Edmonson ticket.

Recently, a so-called wireless card having a storage unit capable of holding wireless information has appeared with respect to the above-mentioned card type. In the station business, the use of general commuters is expected to expand in the future with the advent of wireless commuter passes.

However, paper-like tickets and tickets cut out from the roll paper described later have not yet appeared.

[0005] Since the media cost of the above-mentioned wireless card is higher than that of a conventional commuter pass, efforts have been made to make the wireless card ultimately inexpensive through multiple uses by recycling. However, it is expected that this state will continue for a while until a cheap wireless card is developed in the future, for example, the use must be limited to users who satisfy certain conditions (such as commuter pass users).

[0006] Tickets and tickets cut out of disposable roll paper have not been wirelessly used at present, and have only been used in the past.

Therefore, from the viewpoint of the system, in reality, there is no choice but to mix wireless machines and conventional models having a transport system. From the viewpoint of the user, it is expected that more convenient introduction of a wireless ticket / ticket is desired.

[0008]

SUMMARY OF THE INVENTION An object of the present invention is to provide a radio ticket issuing machine which can issue a ticket cut out from a roll-shaped medium as an inexpensive radio ticket.

[0009]

According to the present invention, there is provided a wireless ticket issuing machine which feeds a roll-shaped medium having one electronic circuit for recording and reading data wirelessly at predetermined intervals, Cutting means for cutting the roll-shaped medium fed by the feeding means as a wireless ticket at a predetermined length in a state having at least one of the electronic circuits; and providing predetermined information to the wireless ticket cut by the cutting means. Issuing means for adding and issuing.

[0010] The wireless ticket issuing machine of the present invention repeats a roll-shaped medium comprising an antenna unit and a storage unit, and having one electronic circuit at a predetermined interval for recording and reading data wirelessly. Feeding means for feeding, a cutting means for cutting the roll-shaped medium fed by the feeding means as a wireless ticket at a predetermined length in a state having at least one electronic circuit, and a wireless ticket cut by the cutting means Printing means for printing predetermined information on the wireless ticket, writing means for writing predetermined information to the storage portion of the wireless ticket after printing by the printing means, and a predetermined information written to the storage portion of the wireless ticket by the writing means. Reading means for wirelessly reading the information from the wireless ticket storage unit, predetermined information read by the reading means, and writing into the wireless ticket storage unit by the writing means. Determining means for determining whether or not the predetermined information has been accurately written in the storage unit of the wireless ticket based on whether or not the predetermined information matches the predetermined information. When it is determined that the predetermined information has been accurately written, the issuing means for issuing the wireless ticket and the determining means determine that the predetermined information has been correctly written to the storage unit of the wireless ticket. A void ticket means for void printing the wireless ticket when the wireless ticket has not been issued.

A wireless ticket issuing machine according to the present invention comprises an antenna section and a storage section which are two-dimensionally arranged, and has one electronic circuit for recording and reading data wirelessly at predetermined intervals. Feeding means for feeding a roll-shaped medium having at least one electronic circuit, cutting means for cutting the roll-shaped medium fed by the feeding means into radio tickets at predetermined lengths with at least one electronic circuit, and cutting Issuing means for adding predetermined information to the wireless ticket cut by the means to issue the wireless ticket.

A wireless ticket issuing machine according to the present invention comprises a storage section comprising a plurality of storage elements having an antenna and an electronic circuit for recording and reading data wirelessly at predetermined intervals. Feeding means for feeding a roll-shaped medium having one by one, and cutting means for cutting the roll-shaped medium fed by the feeding means as a wireless ticket for each predetermined length in a state having at least one electronic circuit, Issuing means for adding predetermined information to the wireless ticket cut by the cutting means and issuing the wireless ticket, wherein the arrangement of the storage elements of the storage unit is such that the short direction of each storage element of the storage unit is The winding direction of the rolled medium is substantially parallel.

A wireless ticket issuing machine according to the present invention is a feeding means for feeding a roll-shaped medium having one electronic circuit for recording and reading data wirelessly at predetermined intervals, and is fed by the feeding means. Cutting means for cutting a roll-shaped medium as a wireless ticket at predetermined lengths with at least one of the electronic circuits, and wirelessly writing and issuing predetermined information on the wireless ticket cut by the cutting means Issuing means.

According to the present invention, there is provided a radio ticket issuing machine including a roll having electronic circuits for recording and reading data wirelessly at predetermined intervals, and having a mark indicating each of the electronic circuits. Feeding means for feeding out the medium, detecting means for detecting the mark from the roll-shaped medium fed by the feeding means, and, based on the detection by the detecting means, a roll having one electronic circuit. It has cutting means for cutting the medium as a wireless ticket at predetermined lengths, and issuing means for adding predetermined information to the wireless ticket cut by the cutting means and issuing it.

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A radio ticket issuing machine according to a first embodiment of the present invention will be described below with reference to the drawings.

This wireless ticket issuing machine is for issuing a wireless ticket A based on a purchaser's instruction. For example, a wireless ticket used in transportation or the like, a vending machine for selling tickets (wireless ticket A), etc. It consists of.

This wireless ticket issuing machine, as shown in FIG.
On the front face of the main body 1, there is a customer service section 2 for purchasers. 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 ticket purchasing button 5 as a selection button for a ticket that can be purchased at a fee, a ticket discharging unit 6 for discharging the purchased (issued) wireless ticket A, and a change discharging unit 7 for discharging change. ing. In the above example, coins are accepted, but bills may be accepted.

This wireless ticket issuing machine, as shown in FIG.
A roll-shaped medium 12 wound around a shaft 11 is provided at a lower portion in the main body 1.

The leading end portion of the roll-shaped medium 12 is fed by a feeding mechanism (not shown), and is guided to the cutting section 14 via the mark detector 13. The cutting of the roll-shaped medium 12 by the cutting section 14 results in cutting of the wireless ticket A for each predetermined length.
The wireless ticket A of a predetermined length cut by the cutting unit 14
Is transported along the transport path 15 via the printing unit 16 and the wireless data collection unit 17 in sequence, and is discharged (issued) from the ticket discharging unit 6.

The cutting section 14 is provided with the roll medium 12.
After a predetermined time from the detection of a mark (to be described later) previously given by the mark detector 13, the feeding by the feeding mechanism is stopped and the roll-shaped medium 1 is stopped.
By cutting 2, a wireless ticket A of a fixed length is created. The purchase information is unrecorded (unwritten) in the wireless ticket A.

The mark detector 13 is provided with the roll-shaped medium 1.
A mark (to be described later) that has been given in advance to No. 2 is optically detected, for example, by detecting a difference in light reflectance. A distributing unit 18 is provided on the transport path 15 between the printing unit 16 and the wireless data collection unit 17. The distribution unit 18 distributes the wireless ticket A sent back from the wireless data collection unit 17 to the branch transport path 19. The wireless ticket A as a discarded ticket reversely sent from the wireless data collection unit 17 is conveyed along the branch conveyance path 19 through the ticket tip detecting unit 20 and the punch unit 21 in order, and is discarded as a discarded ticket unit. It is to be collected in a box 22.

In the main body 1, a transport mechanism (not shown) for transporting the wireless ticket A by the transport path 15 and the branch transport path 19, and a feeding mechanism (not shown) for feeding the roll-shaped medium 12 are driven. A transfer motor 23 is provided.

The printing section 16 prints the purchase information of the wireless ticket A selected by the current purchaser so that the purchase information can be visually confirmed.

The wireless data collection unit 17 adds the purchase information of the wireless ticket A selected by the current purchaser by wireless collection. The wireless data collection unit 17 reads the added purchase information from the wireless ticket A wirelessly, checks whether the information matches the added information, and checks whether the purchase information is correctly added. It is.

The ticket tip detector 20 optically detects the tip of the wireless ticket A conveyed by the branch conveyance path 19. In this case, since the roll-shaped medium 12 is cut at a predetermined position based on the mark, if the leading end of the wireless ticket A is detected, the position of the storage unit 43 can be specified. The punch unit 21 performs a void punch on the corresponding wireless ticket A when the purchase information is not correctly added by the wireless data collection unit 17.

The discarded ticket box 22 is for collecting the radio ticket A to be discarded, which has been void-punched by the punch unit 21.
The wireless ticket A for which wireless data transmission / reception has failed is stored.

The wireless ticket issuing machine is provided with a check section (not shown) inside the charge input section 3, and the change discharge section 7.
A change section (not shown) is provided inside the upper part of the camera.
The check section counts the amount input from the charge input section 3.

As shown in FIG. 3, the roll-shaped medium 12 includes a first protective layer 31, a substrate layer 32, a circuit layer 33,
The first protective layer 31 and the third protective layer 36 which are laminated in the order of the protective layer 34, the leuco layer 35, and the third protective layer 36 are layers for protecting the wireless ticket A from scratches. is there.

The substrate layer 32 is a layer serving as a base of the wireless ticket A.

The circuit layer 33 is a layer on which the electronic circuit 41 is printed in advance, as shown in FIG. As shown in FIG. 4, the printed contents of the electronic circuit 41 include an antenna 42 necessary for transmission and reception, and a storage unit 43 for storing purchase information of a wireless ticket A (ticket / ticket).

The second protective layer 34 is a layer for separating the circuit layer 33 from the leuco layer 35.

The leuco layer 35 is a layer on which purchase information and the like are thermally printed when a wireless ticket A (ticket / ticket) is issued.

According to such a lamination structure, the roll-shaped medium 12 is a medium having both a function of confirming visual information and a function of holding information by wireless data.

In the rolled medium 12, the antenna 42
The electronic circuit 41, which is composed of a wireless card and a storage unit 43, is printed in advance to provide a wireless card function. That is, the wireless circuit function is provided in a roll paper state by pre-printing. As a result, the medium can be used as a wireless ticket while being a roll-shaped medium. Although the roll-shaped medium 12 has a pre-printing process including a pattern in advance,
At this time, the electronic circuit 41 is similarly connected to the rolled medium 12.
Is to be printed.

The electronic circuit 41 is not provided with a battery.

In the circuit layer 33, as shown in FIG. 4, the antenna 42 and the storage section 43 of each electronic circuit 41 are arranged two-dimensionally (in a plane).

Thus, the thickness of the roll medium 12 can be reduced.

The roll-shaped medium 12 having the circuit layer 33 by the above-described preprinting has an increased thickness compared to the conventional medium. To reduce this, the antenna 42 and the storage unit 4
It is necessary to minimize the thickness of 3 as much as possible. For this purpose, these circuit layers 33 are arranged two-dimensionally (in a plane). In the case where the integration rate is increased with a conventional substrate, there is a tendency to have a multilayer structure. In this case, this method is employed in order to pursue thinness.

The storage section 43 is composed of a plurality of storage elements 43a, as shown in FIG. The storage elements 43a,... Are arranged (mounted) so that the short direction of the storage elements 43a,. With this arrangement, it is possible to reduce the influence of bending at the time of rolling on the recording unit 43.

That is, with respect to the roll-shaped medium 12 on which the electronic circuit 41 has been preprinted, the state at the time of loading into the wireless ticket issuing machine is a roll. This is unlikely to cause a winding habit in a range close to the outer shape of the roll, but its influence becomes greater as it moves toward the center. In order to suppress this influence as much as possible, components necessary for the circuit are arranged short in the winding direction of the roll-shaped medium 12.

As a result, the strength against bending is improved,
It is possible to improve the reliability of the wireless ticket A not only in the form of a roll of paper but also for the use of a customer who actually purchased the wireless ticket A (ticket / ticket).

As shown in FIG. 6, the electronic circuit 41 and the electronic circuit 41 are provided on the leuco layer 35 of the roll medium 12.
Are marked in advance so as to indicate the division of one sheet of the wireless ticket A. Thus, one electronic circuit 4 is provided between the marks 44.
1 and the antenna 42 and the storage unit 43 are at least one.
The set will be present. The roll-shaped medium 12 is cut by the cutting section 14 with the mark 44 as a rear end reference. Thereby, the wireless ticket A having one electronic circuit 41 between the mark 44 and the mark 44
Is cut out.

As described above, when the roll-shaped medium 12 is cut, marking is performed at the time of pre-printing so that at least one electronic circuit 41 is formed on the radio ticket A,
By detecting this mark, it is possible to cut at regular intervals.

In the ticketing operation, the mark detector 13
, One roll of the roll-shaped medium 12 is fed by a feeding mechanism (not shown) driven by the transport motor 23, and the roll-shaped medium 12 is cut by the cutting unit 14. I have. At this time, at least one set of the above-mentioned antenna 42 and storage unit 43 necessary for wireless data collection is present for one ticket / ticket as the wireless card A. Further, the mark 44 serves as a marking for feeding the ticket length at the stage of pre-printing on the roll-shaped medium 12.

Next, regarding the control circuit of the wireless ticket issuing machine,
This will be described with reference to FIG.

That is, a control unit 51 for controlling the entire wireless ticket issuing machine is provided. The control unit 51 drives the charge display unit 4, the ticket purchase button 5,..., The mark detector 12, the ticket tip detection unit 20, the driver 52 for driving the cutting unit 14, and the printing unit 16 of the customer service unit 2. Driver 53,
A driver 54 for driving the transport motor 23, a driver 55 for driving the distribution unit 18, a driver 56 for driving the punch unit 21, the transport path 15, the branch transport path 1.
The sensor 57 for detecting the transport state of the wireless ticket A in FIG. 9 and the transport jam, and the wireless data collection unit 17 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 a price associated with the purchase by the fee input unit 3. Then, the control unit 51 selectively lights the ticket purchase buttons 5,... According to the inserted amount.

Next, the purchaser selects and presses down one of the lit ticket purchase buttons 5,... (ST1).

The control section 51 feeds the roll-shaped medium 12 by driving the transport motor 23. And
After the detection signal is supplied from the mark detector 12, the control unit 51 stops feeding the roll-shaped medium 12 after a predetermined time has elapsed (ST 2).
2 is cut (ST3). The cut rolled medium 12 is transported as a wireless ticket A by the transport path 15.

Thus, the wireless ticket A having the antenna 42 and the storage unit 43 having one set of one electronic circuit 41 is taken out.

When the wireless ticket A arrives at the printing unit 16, the control unit 51 controls the driving of the printing unit 16, and transmits the purchase information of the ticket selected by the current purchaser via the transport path 15. Thermal printing is performed on the leuco layer 33 of the ticket A so that it can be visually confirmed (ST4).

Next, the control unit 51 sets the wireless data collection unit 1
7, the purchase information of the ticket selected by the purchaser is added (written) to the wireless ticket A by wireless collection (ST5).

After that, the control unit 51 sets the wireless data collection unit 1
7 reads the purchase information written in the wireless ticket A by wireless collection (verify read) (ST6), and checks whether the written purchase information matches the purchase information read by the verify read (ST7). Thereby, it is confirmed whether or not the purchase information is securely transmitted to the wireless ticket A.

As a result of this check, when the written purchase information matches the purchase information read by the verify read, the control unit 51 determines that the issuance is normal, and
By rotating the 3, the wireless ticket A located in the wireless data collection unit 17 is discharged (issued) from the ticket discharging unit 6 (ST8).

Thus, the ticket / ticket as the wireless ticket A is handed to the purchaser.

As a result of the check in the above step 7,
When the written purchase information does not match the purchase information read by the verify read, the control unit 51 drives the transport motor 23 to rotate in the reverse direction. Thereby, the wireless ticket A
Is transported from the transport path 15 through the distribution section 18 onto the branch transport path 19.

Then, the control unit 51 stops the conveyance of the wireless ticket A a predetermined time after the leading end of the wireless ticket A is detected by the ticket tip detecting unit 20 (ST9). At this time, the storage unit 43 in the electronic circuit 41 of the wireless ticket A is located at a position facing the punch unit 21. Next, the control unit 51 controls the punching unit 2.
1 performs a void punch in the storage unit 43 of the wireless ticket A (ST10). Thereafter, the wireless ticket A is further transported on the branch transport path 19 by the control unit 51, so that the wireless ticket A is discarded into the waste ticket box 22 (ST11). Thereafter, the control unit 51 proceeds to a reissue operation, and returns to Step 2. Here, the ticketing business is redone for the purchaser who is currently dealing.

In the above embodiment, at the time of pre-printing, at least one circuit is formed at the time of pre-printing so that at least one circuit is formed on the wireless ticket when the roll-shaped medium is cut. Although the case of cutting has been described, the present invention is not limited to this, and even if the roll-shaped medium is cut at any part, at least one electronic circuit is formed on the wireless ticket so that the length of one wireless ticket can be reduced. 2
A case in which electronic circuits are provided at a pitch of one electronic circuit may be used.

That is, as shown in FIG. 9, the length of one wireless ticket A is the length in which the two electronic circuits 41, 41 are preprinted. Thus, no matter where the roll-shaped medium 12 is cut, one electronic circuit 41 is always effective.

At this time, the ticket issuing machine shown in FIGS.
As shown in FIGS. 10 and 11, the mark detector 13 is deleted, and the ticket tip detector 20 is changed to a storage detector 20 '. The same reference numerals are given to other common portions, and description thereof will be omitted.

In this case, when a roll-shaped medium is created, a unique identification number ID is assigned to the storage unit of each electronic circuit, so that when one wireless ticket is issued, the storage of the two electronic circuits is performed. When a response is received from the unit, the processing is executed based on the identification number. The storage unit detector 20 ′
The storage unit 43 of the wireless ticket A may be detected wirelessly. Further, the storage unit detector 20 'may have a configuration in which a magnetic bar is embedded in the roll-shaped medium 12, and the storage unit 43 is detected by a magnetic sensor that detects the magnetic bar. Also,
A configuration may be used in which the storage unit 43 is detected by a thickness detector that detects the thickness by using the fact that the storage unit 42 has a greater thickness than other portions. 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 51 selectively lights the ticket purchase buttons 5,... According to the inserted amount.

Next, the purchaser selects and presses down one of the lit ticket purchase buttons 5,... (ST1).

The control section 51 feeds the roll-shaped medium 12 by driving the transport motor 23. And
The control unit 51 stops when the roll-shaped medium 12 is fed out by a predetermined length (two pitches of the electronic circuit 41) (ST2 '), and cuts the roll-shaped medium 12 by the cutting unit 14. (ST3). The cut rolled medium 12 is transported as a wireless ticket A by the transport path 15.

As a result, a wireless ticket A having at least the antenna 42 and the storage section 43 having one set of one electronic circuit 41 is taken out.

When the wireless ticket A reaches the printing unit 16, the control unit 51 controls the driving of the printing unit 16, and transmits the purchase information of the ticket selected by the current purchaser via the transport path 15. Thermal printing is performed on the leuco layer 33 of the ticket A so that it can be visually confirmed (ST4).

Next, the control unit 51 sets the wireless data collection unit 1
7, the purchase information of the ticket selected by the purchaser is added (written) to the wireless ticket A by wireless collection (ST5).

Thereafter, the control unit 51 sets the wireless data collection unit 1
7 reads the purchase information written in the wireless ticket A by wireless collection (verify read) (ST6), and checks whether the written purchase information matches the purchase information read by the verify read (ST7). Thereby, it is confirmed whether or not the purchase information is securely transmitted to the wireless ticket A.

As a result of this check, when the written purchase information matches the purchase information read by the verify read, the control unit 51 determines that the issuance is normal, and
By rotating the 3, the wireless ticket A located in the wireless data collection unit 17 is discharged (issued) from the ticket discharging unit 6 (ST8).

As a result, the ticket / ticket as the wireless ticket A is handed to the purchaser.

Also, as a result of the check in the above step 7,
When the written purchase information does not match the purchase information read by the verify read, the control unit 51 drives the transport motor 23 to rotate in the reverse direction. Thereby, the wireless ticket A
Is transported from the transport path 15 through the distribution section 18 onto the branch transport path 19.

The control unit 51 stores the radio ticket A in the storage unit 4
After a predetermined time from the detection of No. 3 by the storage unit detector 20 ', the conveyance of the wireless ticket A is stopped (ST9'). On this occasion,
The storage unit 43 in the electronic circuit 41 of the wireless ticket A is located at a position facing the punch unit 21. Next, the control unit 51 performs a void punch in the storage unit 43 of the wireless ticket A by the punch unit 21 (ST10). Thereafter, the wireless ticket A is further transported on the branch transport path 19 by the control unit 51, so that the wireless ticket A is discarded into the waste ticket box 22 (ST11).
Thereafter, the control unit 51 proceeds to a reissue operation, and proceeds to step 2 ′.
Return to Here, the ticketing business is redone for the purchaser who is currently dealing.

As described above, by providing disposable wireless tickets at a low cost, it is possible to reduce the work burden and cost burden of the wireless ticket user or the system administrator.

1. It has a wireless circuit function by pre-printing, it is held in a roll paper state rolled with a thermal printing layer, and a ticket cut from this roll-shaped medium is issued as an inexpensive wireless ticket It is.

As a result, the cost of the wireless medium can be reduced and the system using the ticket / ticket (wireless ticket) can be made wireless. Further, the frequency of refilling the roll-shaped medium into the apparatus is lower than that of the wireless card, so that the burden on the staff is reduced.
In addition, the wireless application of the whole system will bring out the possibility of new services to customers, and the possibility of providing new databases to system administrators will also be expanded.

2. Regarding the storage unit and the antenna at the time of pre-printing, circuits are two-dimensionally arranged to suppress the thickness of the roll-shaped medium, thereby improving production efficiency and reliability.

As a result, since the length of one roll of the roll-shaped medium can be increased, the frequency of replenishment of the roll-shaped medium is reduced, and the burden on the staff is reduced. In addition, since the roll-shaped medium is made thin while the user holds the wireless ticket, the small number of protrusions makes the wireless ticket more resistant to damage and damage. Furthermore, the circuit mounting at the time of pre-printing can be made cheaper and easier than by arranging it three-dimensionally.

3. In order to reduce the influence of bending when rolling, the circuit components are mounted in the short direction of the mounted component with respect to the winding direction, and the reliability of the circuit in the case of disconnection and short circuit in the roll winding direction is ensured. Things.

Thus, the reliability of the ticket / ticket (wireless ticket) is improved by preventing disconnection and short circuit of the circuit. In addition, the flexibility of layout is improved with respect to the transport inside the machine at the time of issuance, and a more efficient machine can be constructed. In addition, while the wireless ticket purchaser has it,
Reduce the frequency of disconnection / short circuit.

4. Writing of information at the time of issuing a ticket to a wireless ticket is performed by printing and wireless data.

As a result, a lot of good data can be stored in the wireless ticket. In addition, the wireless processing of the wireless ticket processing machine contributes to the processing ability and novelty.
Further, it is possible to construct a combined system with a wireless card system.

5. When the roll-shaped medium is cut, marking is performed at the time of pre-printing so that at least one electronic circuit is formed on the wireless ticket, and cutting is performed at regular intervals by detecting this mark. If the mark cannot be recognized, abnormal processing is performed.

Thus, the electronic circuit arranged on the roll-shaped medium is reliably provided on one wireless ticket. Further, waste of the roll-shaped medium due to a cutting mistake is reduced. further,
It is a double check of ticket length feed.

6. Circuits are provided at a pitch of two electronic circuits with respect to the length of one wireless ticket so that at least one electronic circuit is formed on the wireless ticket regardless of where the roll-shaped medium is cut. , Data writing is performed simultaneously by two electronic circuits.

Thus, the necessary electronic circuit is mounted on one wireless ticket without having the function of transporting the rolled medium. Further, the rolled medium can be used to the end without waste.

7. When performing a void punch, a punch is made in this storage unit. When performing a void punch due to a data transmission / reception error or the like, a position of a storage unit is searched for by wireless communication, and a punch is made in this storage unit. In the case of a wireless ticket having two circuits, both storage units are punched.

As a result, the improper use of the issue error ticket can be reliably suppressed. In addition, by punching a hole in a ticket / ticket in which reptiles (progressing while crawling) are mistaken, it is possible to visually confirm that the ticket is a void ticket. Furthermore, void processing can be performed by a simple mechanism.

[0089]

As described above in detail, according to the present invention, it is possible to provide a wireless ticket issuing machine capable of issuing a ticket cut from a roll-shaped medium as an inexpensive wireless ticket.

[Brief description of the drawings]

FIG. 1 is a diagram showing a customer service surface of a wireless card issuing machine according to the present invention.

FIG. 2 is a diagram showing an internal configuration of a wireless card issuing machine.

FIG. 3 is a diagram illustrating a cross-sectional configuration of a roll-shaped medium.

FIG. 4 is a diagram showing a configuration of an electronic circuit of a roll-shaped medium.

FIG. 5 is a diagram showing a configuration of a storage unit in an electronic circuit of a roll medium.

FIG. 6 is a diagram illustrating a relationship between an electronic circuit and a mark in a roll-shaped medium.

FIG. 7 is a block diagram showing a configuration of a control circuit of the wireless card issuing machine.

FIG. 8 is a flowchart for explaining a ticket issuing process of the wireless card issuing machine.

FIG. 9 is a diagram showing an internal configuration of a wireless card issuing machine.

FIG. 10 is a block diagram showing a configuration of a control circuit of the wireless card issuing machine.

FIG. 11 is a block diagram showing a configuration of a control circuit of the wireless card issuing machine.

FIG. 12 is a flowchart for explaining a ticket issuing process of the wireless card issuing machine.

[Explanation of symbols]

 A: Wireless card 12: Roll medium 13: Mark detector 14: Cutting unit 15: Transport path 16: Printing unit 17: Wireless data collection unit 18: Distributing unit 19: Branch transport path 20: Ticket tip detecting unit 21 ... Punch unit 22: Waste ticket box 23: Transport motor 51: Control unit

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06K 19/077 G07B 5/02 G07B 3/02 H04B 5/02 5/02 G06K 19/00 H H04B 5 / 02K F term (reference) 2C005 HA19 HB13 JA26 JC03 KA06 LA08 LB45 MA18 MA19 NA09 NB03 PA02 PA21 RA08 TA22 TA24 3E026 AA06 GA01 5B035 AA04 BA05 BA07 BB09 BC00 CA23 5B058 CA17 CA24 KA02 KA04 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA05 KA06

Claims (10)

[Claims] 1. A feeding means for feeding a roll-shaped medium having one electronic circuit for recording and reading data wirelessly at predetermined intervals, and a roll-shaped medium fed by the feeding means is provided with the electronic circuit. Cutting means for cutting as a wireless ticket at predetermined lengths having at least one circuit; and issuing means for adding predetermined information to the wireless ticket cut by the cutting means and issuing the wireless ticket. A wireless ticket issuing machine characterized by the following. 2. The roll-shaped medium comprises a first protective layer, a substrate layer, a circuit layer on which the electronic circuit is printed, a second protective layer, a leuco layer for thermally printing purchase information at the time of ticketing, and the like. The wireless ticket issuing machine according to claim 1, wherein the wireless ticket issuing machine is configured to be stacked in the order of a third protective layer. 3. The wireless ticket issuing machine according to claim 1, wherein the electronic circuit includes an antenna unit and a storage unit. 4. The wireless ticket issuing machine according to claim 1, wherein said cutting means cuts the roll-shaped medium at least as long as two electronic circuits. 5. A feeding means for feeding a roll-shaped medium comprising an antenna unit and a storage unit and having one electronic circuit for recording and reading data wirelessly at predetermined intervals, and Cutting means for cutting the roll-shaped medium fed by the means as a wireless ticket at a predetermined length in a state having at least one electronic circuit, and printing predetermined information on the wireless ticket cut by the cutting means Printing means; writing means for writing predetermined information to the storage portion of the wireless ticket after printing by the printing means; and wireless communication of the predetermined information written to the storage portion of the wireless ticket by the writing means. Reading means for reading from the storage section of the wireless communication device; and predetermined information read by the reading means and predetermined information written to the storage section of the wireless ticket by the writing means. Determination means for determining whether or not predetermined information has been accurately written in the storage section of the wireless ticket, and whether or not the predetermined information has been accurately written in the storage section of the wireless ticket by the determination means Issuing means for issuing the wireless ticket when it is determined that the predetermined information has not been accurately written in the storage unit of the wireless ticket, A wireless ticket issuing machine, comprising: a waste ticket means for performing void printing on a ticket to waste the ticket. 6. A roll-shaped medium composed of a two-dimensionally arranged antenna unit and a storage unit and having one electronic circuit at a predetermined interval for recording and reading data wirelessly. Feeding means, feeding means, cutting means for cutting the roll-shaped medium fed by the feeding means as radio tickets at predetermined lengths in a state having at least one electronic circuit, and radio tickets cut by the cutting means And a issuing means for adding predetermined information to the ticket issuing means. 7. A roll-shaped medium, comprising a storage unit composed of a plurality of storage elements and an antenna unit, and having one electronic circuit for recording and reading data wirelessly at predetermined intervals, is fed out. Feeding means; cutting means for cutting the roll-shaped medium fed by the feeding means as a wireless ticket at a predetermined length in a state having at least one electronic circuit; and a wireless ticket cut by the cutting means. Issuing means for adding and issuing predetermined information, wherein an arrangement of each storage element of the storage unit is such that a short direction of each storage element of the storage unit is substantially parallel to a winding direction of the roll-shaped medium. A wireless ticket issuing machine, characterized in that: 8. A feeding means for feeding out a roll-shaped medium having one electronic circuit for recording and reading data by radio at predetermined intervals, and a roll-shaped medium fed by the feeding means. Cutting means for cutting as a wireless ticket at predetermined lengths having at least one circuit; and issuing means for writing and issuing predetermined information wirelessly to the wireless ticket cut by the cutting means. A wireless ticket issuing machine characterized by the following. 9. A feeding means for feeding a roll-shaped medium having one electronic circuit for recording and reading data wirelessly at predetermined intervals, and having a mark indicating one of the electronic circuits. Detecting means for detecting the mark from the roll-shaped medium fed by the feeding means; and detecting the electronic circuit based on the detection by the detecting means.
Cutting means for cutting the roll-shaped medium as a wireless ticket at predetermined lengths in a state where the holding means is provided, and issuing means for adding predetermined information to the wireless ticket cut by the cutting means and issuing the wireless ticket. A wireless ticket issuing machine characterized by the following. 10. The wireless ticket according to claim 5, wherein the waste ticket means voids the storage of the wireless ticket to be a waste ticket when the wireless ticket is scrapped. Issuing machine.