WO2014000705A1

WO2014000705A1 - Vending module for rewritable visual cards

Info

Publication number: WO2014000705A1
Application number: PCT/CN2013/078488
Authority: WO
Inventors: 付靖; 刘冬方; 石练斌
Original assignee: 广东粤铁科技有限公司
Priority date: 2012-06-29
Filing date: 2013-06-29
Publication date: 2014-01-03
Also published as: CN102750741A; CN102750741B

Abstract

A vending module for rewritable visual cards, comprising a card-issuance device (2), a motor (4) and a printing device (6), said motor (4) providing driving force for the card-issuance device (2) and for the printing device (6). The card-issuance device (2) comprises a card-output case (20) and a transfer channel (22) communicating same with a first transfer mechanism (24). The printing device (6) comprises a rewritable visual card printer (62) and a read-write component (66), said rewritable visual card printer (62) comprising a second transfer mechanism (63). The motor (4) selectively provides forward or reverse driving force to the first transfer mechanism (24) and to the second transfer mechanism (63). The card-output case (20) stores rewritable visual cards and forwards same to the transfer channel (22), which in turn forwards said cards to the first transfer mechanism (24). When the motor (4) provides forward driving force to the first transfer mechanism (24) and to the second transfer mechanism (63), said first transfer mechanism (24) forwards the rewritable visual cards to the second transfer mechanism (63). The read-write component (66) writes information on to the rewritable visual cards, the card printer (62) then prints information on to said cards and outputs same by means of the second transfer mechanism (63).

Description

Visual copy card release module

The present invention relates to an automatic ticketing system in rail transit, and more particularly to a visual copy card issuing module for a ticket card formed by visually copying a card. Background technique

In the rail transit system, people can purchase tickets by setting up ticket vending machines set up at ticket offices or other public places, saving time for ticket purchases and improving the operational efficiency of rail transit. However, at present, the automatic ticket vending machines used in the subway system adopt a modular structure in which the ticket card is issued from the top to the bottom, and the card is mainly rubbed by a scraper or a rubber wheel, and then reaches the reader/writer and the exit through the transport mechanism; the high-speed rail and the city railway and The automatic ticket vending machines used in ordinary railways use paper coupons to deliver tickets to the magnetic ticket machine entrance through the ticket delivery module, refund the ticket from the paper inlet, replace the ticket, etc., and then print it by the magnetic ticket machine. Magnetic ticket function. The ticket vending machine used in the subway cannot print the ticket information, and can not meet the passengers' requirements for the ticket information. The ticket vending machines used in the high-speed rail, intercity railway and ordinary railway have too high ticket ticket cost and long ticketing time. Meet the requirements of large passenger flow. Therefore, existing ticket vending machines are not convenient for people to use. Summary of the invention

In view of the above, it is necessary to provide a visual copy card issuing module that provides a ticket card made of a visual copy card for convenient use.

According to an aspect of the present invention, a visual copy card issuing module is provided, comprising a card issuing device, a motor and a printing device, the motor providing a driving force to the card issuing device and the printing device, the card issuing device comprising a ticket issuing box, a first conveying mechanism and a connecting device a transfer box of the ballot box and the first transport mechanism, the printing device comprises a visual copy card printer and a reader/writer, and the visual copy card printer comprises a second transport mechanism, the motor selectively providing the first transport mechanism and the second transport mechanism The forward or reverse driving force, the ticket box stores the visual copy card, and sends the visual copy card to the transport channel, and transmits the visual copy card to the first transport mechanism through the transport channel, in the motor to the first transport mechanism When the second transport mechanism provides the positive driving force, the first transport mechanism sends the visual copy card to the second transport mechanism, and the reader/writer writes the information on the visual copy card, and the visual copy card printer will be visible. The information of the duplicate card is printed and transmitted through the second transport mechanism.

In some embodiments, the card issuing device includes a first sensing device, the first sensing device includes a first infrared sensor, and the first infrared sensor is configured to determine whether the ticket box is empty, when the ticket box is empty, the first The infrared sensor sends a signal to stop the motor. In some embodiments, the first sensing device further includes a first displacement sensor and a second displacement sensor, wherein the first displacement sensor and the second displacement sensor are respectively used to sense the visual copy card in the transmission channel and the first transmission The position within the mechanism, and respectively determining the time at which the visual copy card is stagnant at the same position in the transport channel and the first transport mechanism. When the visual copy card stagnant time exceeds a certain time, the first displacement sensor or the second displacement sensor transmits a signal. Stop the motor.

In some embodiments, the first conveying mechanism comprises a first upper conveyor belt, a first lower conveyor belt, a first upper rotating wheel and a first lower rotating wheel, the first upper conveyor belt is sleeved on the first upper rotating wheel, and the first lower conveyor belt The first lower rotating wheel is sleeved, the motor drives the first upper rotating wheel and the first lower rotating wheel, and the conveying channel transmits the visible copying card to the passage between the first upper conveyor belt and the first lower conveyor belt.

In some embodiments, the second conveying mechanism is horizontally disposed, including a second upper conveyor belt, a second lower conveyor belt, a second upper rotating wheel and a second lower rotating wheel, and the second upper conveyor belt is sleeved on the second upper rotating wheel, The second lower conveyor belt is sleeved on the second lower rotating wheel, and the motor drives the second upper rotating wheel and the second lower rotating wheel. When the motor provides a positive driving force to the first conveying mechanism and the second conveying mechanism, the first conveying mechanism is The copy card is sent to the channel between the second upper conveyor and the second lower conveyor.

In some embodiments, the reader/writer includes a reading unit and a judging unit. The end of the conveying channel adjacent to the first conveying mechanism is provided with a recycling passage and a blocking portion for blocking the recovery passage. The printing device further includes a waste ticket connected to the recycling passage. a recycling box, when the first transfer mechanism transmits the visual copy card to be printed to the second transfer mechanism, the reading unit reads the visual copy card information, and sends the information to the judging unit, and the judging unit judges that the card can be used for cutting Whether the copy card belongs to an unusable ticket card or a ticket card that requires recycling, if yes, the reader sends a signal to cause the motor to provide a reverse driving force to the first transport mechanism, and the first transport mechanism reversely transmits the visual copy card. At the same time, the reader sends a signal to open the recovery channel and block the transmission channel, so that the visual copy card enters the waste collection bin through the recovery channel.

In some embodiments, the reader/writer further includes a storage unit and a writing unit. The storage unit stores the card information written by the outside, and the determining unit determines that the visual copy card does not belong to the unusable ticket card or the ticket card that needs to be recycled. The writing unit writes the information in the storage unit into the visual copy card and overwrites the existing information in the visual copy card, and then the visible copy card moves through the second transfer mechanism, and the visual copy card printer will visually copy the card. The information inside is printed on the ticket face of the visual copy card.

In some embodiments, the printing device includes a second sensing device, the second sensing device includes a second infrared sensor, and the second infrared sensor is configured to determine whether the defective ticket collection bin is full of the recycled visual copy card, if the second The infrared sensor determines that the waste ticket collection bin is full, and the second infrared sensor sends a signal to stop the motor.

In some embodiments, the second sensing device includes a third displacement sensor that senses the position of the visually duplicated card in the second transport mechanism and determines that the visually duplicated card is in the second transport mechanism Whether it is stuck or not, when the visual copy card is stuck at the same position in the second transport mechanism for more than a certain time, the third displacement sensor sends a signal to stop the visual copy card issuing module from working.

In some embodiments, the casing may further include a card issuing device, a motor and a printing device, the casing is provided with a ticket issuing port, and the second conveying mechanism transmits the visual copy card to the ticket issuing port.

The visible copy card issuing module of the invention realizes the automatic release of the visual copy card, which facilitates the passenger and the staff to confirm the ticket information, and the visual copy card has the characteristics of being reusable, so the visual copy card can be repeatedly used. Reduce the cost of using the ticket card. DRAWINGS

1 is a schematic diagram of an embodiment of a visual copy card issuing module of the present invention;

2 is a partial schematic view of a visual copy card issuing module of the present invention;

Figure 3 is a schematic view of the card blocking portion of Figure 1;

Figure 4 is a block diagram of the reader. detailed description

The invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

Referring to FIG. 1, an embodiment of a visual copy card issuing module of the present invention includes a casing 100, a host computer (not shown), a card issuing device 2, a motor 4, and a printing device 6. The card issuing device 2, the printing device 6 and the motor 4 are all disposed in the casing 100. The casing 100 is provided with a ticket gate 102. The motor 4 is a driving device in the visual copy card issuing module of the present invention.

The card issuing device 2 includes two ticket issuing boxes 20, a conveying path 22, a first conveying mechanism 24, and a first sensing device 26. The ticket issuing box 20 sends the visual copy card to be printed to the transport path 22, and then to the first transport mechanism 24 through the transport channel 22. The conveying path 22 in the present embodiment communicates with the first conveying mechanism 24 and the ticket box 20 by the existing connection method.

The ticket box 20 has the same structure as the ticket box of the existing ticket vending machine, and is used for storing the visual copy card, and is provided with a ticket issuing device (not shown) for transmitting the visual copy card to the transport channel 22. . Two ticket boxes 20. In the ticket issuing box 20 of the visual copy card issuing module of the present invention, after the visual copying card in one of the two ticket issuing boxes 20 is sold out, the selling mode of the visible copying card in the other ticket issuing box 20 is released.

The first conveying mechanism 24 includes a first upper conveyor belt 240, a first lower conveyor belt 242, two first upper rotating wheels 244, and two first lower rotating wheels 246. The first upper conveyor belt 240 is sleeved on the two first upper wheels 244, and the first lower conveyor belt 242 is sleeved on the two first lower wheels 246. The first upper reel 244 and the first lower reel 246 are driven by the motor 4 such that the first upper conveyor belt 240 moves at the same speed as the first lower conveyor belt 242. Therefore, in the present embodiment, the first transport mechanism 24 employs the first upper conveyor belt 240 and the first lower conveyor belt 242. Straight line transmission of the same speed clamp ticket to ensure that the ticket card is not bent and worn during the transmission process.

The transfer path 22 communicates with the ticket box 20 and is aligned with the passage between the first upper transfer belt 240 of the first transfer mechanism 24 and the first lower transfer belt 242 to transfer the visual copy card to the first transfer mechanism. The transfer channel 22 is provided with a first identifier (not shown) and a second identifier (not shown) corresponding to the intersection with the two ticket boxes 20. Both the first identifier and the second identifier are infrared emitters. When there is a visual copy card in the two ticket boxes 20, the infrared rays emitted by the first identifier and the second identifier are reflected by the visual copy card. A recovery passage 220 and a blocking portion 222 are provided at one end of the conveying passage 22 adjacent to the first conveying mechanism 24. The blocking portion 222 includes a baffle 2220 disposed to block the recovery passage 220, a connecting rod 2222 coupled to the baffle 2220, and a solenoid valve 2224. The solenoid valve 2224 is provided with a solenoid valve telescopic rod 2226 that is coupled to the connecting rod 2222 to drive the connecting rod 2222 to rotate. The solenoid valve 2224 is opened, and the solenoid valve telescopic rod 2226 drives the connecting rod 2222 to rotate, thereby driving the baffle 2220 to rotate to block the conveying passage 22 and to open the recovery passage 220. The solenoid valve 2224 is closed and the shutter 2220 is returned to its original position.

The first sensing device 26 includes a first infrared sensor 260, a first displacement sensor 262, and a second displacement sensor 264. The first infrared sensor 260, the first displacement sensor 262 and the second displacement sensor 264 are connected to the upper computer through the data line. The first infrared sensor 260 is used to determine whether the interior of the ticket box 20 is empty. The first infrared sensor 260 determines whether the ticket box 20 is empty by sensing the first identifier and the second identifier. The infrared rays emitted by the first identifier and the second identifier are reflected by the visible copy card in the ticket box 20 and then received by the first infrared sensor 260, and then the first infrared sensor 260 senses the first identifier and the second identifier. . When the first infrared sensor 260 senses only the first identifier or the second identifier, the first infrared sensor 260 determines that one of the ticket boxes 20 is empty, and then sends a signal to the upper computer, and the upper computer outputs a control signal to make no The empty ticket box 20 issues the ticket; when the first infrared sensor 260 senses the first and second identifiers at the same time, the first infrared sensor 260 determines that both of the ticket boxes 20 are empty, and then sends a signal to the upper computer, The upper computer outputs a command to the motor 4, so that the motor 4 stops outputting power to the ticket box 20, and stops the ticket box 20 to facilitate loading the visual copy card into the ticket box 20. The first displacement sensor 262 is used to monitor the position of the visual copy card at the transfer path 22 and to determine if the visual overwrite is stuck in the transfer path 22. When the first displacement sensor 262 senses that the visual copy card has remained in a position within the transport channel 22 for more than a certain time, the first displacement sensor 262 considers the visual copy card to be stuck. The first displacement sensor 262 outputs a signal to the upper computer, and the upper computer outputs a control signal to stop the motor 4, so as to clean the stuck visual copy card. The second displacement sensor 264 monitors the position of the visually rewritable card at the first transport mechanism 24 and is used to determine if the visual overwrite is stuck within the first transport mechanism 24. When the second displacement sensor 264 senses that the visual copy card has stayed at a position within the first transport mechanism 24 for more than a certain time, the second displacement sensor 264 considers the visual copy card to be stuck. The second displacement sensor 264 outputs a signal to the upper computer, and the upper computer outputs a control signal to stop the motor 4, so as to clean the stuck visual copy card. In the present embodiment, the predetermined time is 5 seconds.

The printing device 6 includes a waste ticket collection box 60, a visual copy card printer 62, and a second sensing device 64. And the reader 66.

The reject collection bin 60 is located below the recovery channel 220 and is in communication with the recovery channel 220. The Waste Ticket Recycling Box 60 is used to recycle visual copy cards that cannot be sold or that are required to be recycled by the system. The reject ticket collection box 60 is provided with a third identifier. In this embodiment, the third identifier is an infrared emitter. When the defective ticket collection box 60 is not filled with the recovered visual copy card, the infrared rays emitted by the third identifier are directly transmitted out of the reject collection box 60. When the defective ticket collection box 60 is not filled with the recovered visual copy card, the infrared rays emitted by the third identifier are reflected by the visual copy card and absorbed by the waste ticket collection box 60.

The visual copy card printer 62 is internally provided with a second transport mechanism 63. The second transport mechanism 63 is spaced from the first transport mechanism 24 by a certain distance. The distance is shorter than the length of the visual copy card to prevent the first transfer mechanism 24 from dropping the visible copy card to the second transport mechanism 63, and the visual copy card is dropped into the first transport mechanism 24 and the second transport mechanism 63. The gap between them. The second transport mechanism 63 includes a second upper conveyor belt 630, a second lower conveyor belt 632, two second upper wheels 634, and two second lower wheels 636. The second upper conveyor belt 630 is sleeved on the two second upper wheels 634. The second lower conveyor belt 632 is sleeved on the two second lower wheels 636. The second upper runner 634 and the second lower runner 636 are driven by the motor 4 such that the second upper conveyor belt 630 and the second lower conveyor belt 632 move at the same speed. Therefore, in the present embodiment, the second transport mechanism 63 adopts the linear transmission mode of the second upper conveyor belt 630 and the second lower conveyor belt 632 at the same speed to ensure that the ticket card has no bending wear during the transmission. The passage between the second upper conveyor belt 630 and the second lower conveyor belt 632 is aligned with the passage between the first upper conveyor belt 240 and the second lower conveyor belt 632. Since both the first conveying mechanism 24 and the second conveying mechanism 63 are driven by the motor 4, the conveying speeds of the first conveying mechanism 24 and the second conveying mechanism 63 are the same, and the visible copying card is entered by the first conveying mechanism 24 into the second At the time of the transfer mechanism 63, the visual copy card realizes zero-speed exchange transfer, thereby preventing the visual copy card from being damaged.

The second sensing device 64 includes a second infrared sensor 640 and a third displacement sensor 642. The second infrared sensor 640 and the third displacement sensor 642 are both connected to the upper computer through the data line. The second infrared sensor 640 is used to sense the third identifier of the reject collection bin 60. When the second infrared sensor 640 does not sense the third identifier, the second infrared sensor 640 determines that the waste collection bin 60 is full, sends a signal to the upper computer, and the upper computer outputs a control signal to stop the motor 4, so as to be taken out. A visual copy card in the defective ticket collection box 60. The third displacement sensor 642 monitors the position of the visual copy card at the second transport mechanism 63 and is used to determine whether the visual copy card is jammed inside the second transport mechanism 63. When the third displacement sensor 642 senses that the visual copy card has remained in a position for more than a certain time, the third displacement sensor 642 considers that the visual copy card is stuck. When the visual copy card is stuck, the third displacement sensor 642 sends a signal to the upper computer, and the upper computer outputs a control signal to stop the motor 4, so as to clean the stuck visual copy card. In the present embodiment, the certain time is also 5 seconds.

The reader/writer 66 is connected to the host computer through the data line, and is located between the first transport mechanism 24 and the second transport mechanism 63. The reader/writer includes a reading unit 660, a determining unit 662, a storage unit 666, and a writing unit 668. The first transport mechanism 24 transmits the visual copy card to be printed to the front of the second transport mechanism 63. The reading unit 660 reads the visual copy card information and transmits the information to the judging unit 662. The judging unit 662 judges whether the visual dubbing card belongs to a ticket card that cannot be used or a ticket card that is required to be reclaimed. The visible copy card contains a chip inside. If the chip is damaged, the scanning unit 660 cannot read the chip, and the scanning unit 660 sends a signal to the determining unit 662. The determining unit 662 determines that the visual copy card belongs to the unused ticket card. There are various instructions on the upper opportunity, such as ticket sales, change of certificates, refunds, etc. If the host computer outputs a refund instruction, the judging unit 662 judges that the visual duplication card belongs to the ticket card required to be reclaimed.

When the judging unit 662 judges that the visual copy card belongs to a ticket card that cannot be used or requires recycling, the judging unit 662 sends a signal to the upper computer, and the upper computer outputs control to the motor 4 and the latching portion 222 to make the motor 4 transmit the first transmission. The mechanism 24 reverses the driving force, and simultaneously drives the solenoid valve 2224 of the latching portion 222 to open, and then the electromagnetic telescopic rod 2226 of the solenoid valve 2224 drives the connecting rod 2222 to rotate, and the connecting rod 222 rotates to move the flapper 2220 to block the conveying passage 22. If not, decision unit 662 sends a signal to write unit 668, which writes the information in memory unit 666 into the visual copy card and overwrites the existing information in the visual copy card. The visually rewritable card is moved inside the visually rewritable card printer 62 by the second transport mechanism 63 after the information is written. The visual copy card printer 62 prints the information in the visual copy card onto the visual copy card to form a ticket card, and finally the ticket enters the ticket gate 102. In this embodiment, the writing unit 668 writes information into the visual copy card by means of RFID radio frequency.

After use, the visual copy card issuing module receives the signal for the ticket card to be sold. The motor 4 outputs the driving force to the ticket issuing box 20, the conveying path 22, and outputs the forward driving force to the first conveying mechanism 24 and the second conveying mechanism 63. One of the two ticket boxes 20 first issues an internal visual copy card to the transfer channel 22. The transfer channel 22 sends the visual copy card to the channel between the first upper conveyor belt 240 and the second upper conveyor belt 630, and the visual copy card is sent to the second upper conveyor belt 630 of the visible copy card printer 62 via the first transport mechanism 24. A passage between the second lower conveyor belt 632 and the second lower conveyor belt 632. When the visual copy card passes through the reader/writer 66, the reader/writer 66 determines whether the visual copy card belongs to an unusable ticket card or a ticket card that requires recycling. If so, the reader/writer 66 sends a signal to the motor 4 and the latching portion 222, so that the motor 4 outputs a reverse driving force to the first conveying mechanism 24, and at the same time, the solenoid valve 2224 of the latching portion 222 is opened, and the flapper 2220 blocks the conveying passage. twenty two. At this time, the first transport mechanism 24 reversely transmits the visual copy card. When the visual copy card is in contact with the baffle 2220, the visual copy card is blocked by the baffle 2220 and enters the reject collection bin 60 along the recovery channel 220, and the solenoid valve 2224 of the latching portion 222 is closed, and the baffle 2220 is closed. To the initial position; if the visual copy card does not belong to an unusable ticket card or a ticket card that requires recycling, the reader/writer 66 erases the information on the visual copy card and writes new information. After the visual copy card enters the visual copy card printer 62, the visual copy card printer 62 prints the information on the visual copy card on the visual copy card to visualize the visual copy card. The printed copy card 62 can then be transmitted from the ticket gate 102 of the casing 100 by the copy card printer 62.

The visual copy card issuing module receives the refund signal. The motor 4 outputs a reverse driving force to the first conveying mechanism 24 and the second conveying mechanism 63. The ticket card is inserted into the visual copy card printer 62 from the ticket gate 102 and transmitted to the first transport mechanism 24 via the second transport mechanism 63. The reader/writer 66 determines that the ticket card belongs to the card that is required to be recycled. The reader/writer 66 sends a signal to the card stop 222, the baffle 2220 blocks the recovery channel 220, and the ticket enters the recovery channel 220 to enter the reject collection bin.

The visual copy card issuing module receives the ticket card change signal. The motor 4 outputs a reverse driving force to the first conveying mechanism 24 and the second conveying mechanism 63, and the ticket card is inserted into the visual copy card printer 62 from the ticket issuing port 102. The copy card printer 62 can erase the ticket face information of the visual copy card, and the visible copy card is transferred to the reader/writer 66 via the second transfer mechanism 63. The reader/writer 66 writes the change information on the visual copy card and sends the signal to the upper computer. Then, the upper computer outputs a control signal, so that the motor 4 outputs a positive driving force to the first conveying mechanism 24 and the second conveying mechanism 63, and the visual copy card printer 62 prints the information in the visual copying card to the visual copying card. Finally, the visual copy card printer 62 transmits the modified visual copy card to the ticket gate 102 of the casing 100.

The visible copy card issuing module of the invention realizes the automatic release of the visual copy card, which facilitates the passenger and the staff to confirm the ticket information, and the visual copy card has the characteristics of being reusable, so the visual copy card can be repeatedly used. Reduce the cost of using the ticket card.

The embodiments of the present invention have been described above with reference to the drawings, but the present invention is not limited to the specific embodiments described above, and the specific embodiments described above are merely illustrative and not restrictive. A person skilled in the art can make various forms and modifications without departing from the scope of the invention and the scope of the invention, which is within the scope of the invention.

Claims

Claim

A visual copy card issuing module, comprising: a card issuing device (2), a motor (4) and a printing device (6), the motor (4) pairing the card issuing device (2) and the printing device (6) providing a driving force, the card issuing device (2) comprising a ticket issuing box (20), a first conveying mechanism (24), and a conveying passage connecting the ticket box (20) and the first conveying mechanism (24) (22) The printing device (6) includes a visual copy card printer (62) and a reader/writer (66), and the visual copy card printer (62) includes a second transfer mechanism (63), the motor (4) Selectively providing a forward or reverse driving force to the first transport mechanism (24) and the second transport mechanism (63), storing a visual copy card in the ticket box (20), and visually rewriting Sending a card to the transfer channel (22), transmitting the visual copy card to the first transfer mechanism (24) through the transfer channel (22), and the first transfer mechanism (24) at the motor (4) When the second transport mechanism (63) provides a positive driving force, the first transport mechanism (24) sends the visual copy card to the second pass The mechanism (63), at the same time, the reader/writer 66 writes information on the visual copy card, the visual copy card printer (62) prints the information of the visual copy card, and passes through the second transfer mechanism (63) Outgoing.

2. The visual copy card issuing module according to claim 1, wherein the card issuing device (2) comprises a first sensing device (26), the first sensing device (26) comprising a first An infrared sensor (260), the first infrared sensor (260) is configured to determine whether the ticket box (20) is empty, and when the ticket box (20) is empty, the first infrared sensor (260) sends The signal stops the motor (4).

3. The visual copy card issuing module according to claim 2, wherein the first sensing device (26) further comprises a first displacement sensor (262) and a second displacement sensor (264), The first displacement sensor (262) and the second displacement sensor (264) are respectively used for sensing the position of the visual copy card in the transmission channel (22) and the first conveying mechanism (24), and respectively determining Depending on the time at which the copy card is stagnated at the same position in the transfer channel (22) and the first transfer mechanism (24), the first displacement sensor (262) or the second displacement sensor when the visual copy card stagnant time exceeds a certain time (264) A signal is sent to stop the motor (4).

4. The visual copy card issuing module according to claim 1, wherein the first conveying mechanism (24) comprises a first upper conveyor belt (240), a first lower conveyor belt (242), and a first upward rotation. a wheel (244) and a first lower wheel (246), the first upper conveyor belt (240) is sleeved on the first upper wheel (244), and the first lower conveyor belt (242) is sleeved on the first a wheel (246), the motor (4) driving the a first upper rotating wheel (244) and a first lower rotating wheel (246), the conveying passage (22) transmitting the visible copying card to the first upper conveyor belt (240) and the first lower conveyor belt (242) The passage between.

5. The visual copy card issuing module according to claim 1, wherein the second transport mechanism (63) is horizontally disposed, and includes a second upper conveyor belt (630), a second lower conveyor belt (632), and a second a second upper rotating wheel (634) and a second lower rotating wheel (636), the second upper conveyor belt (630) is sleeved on the second upper rotating wheel (634), and the second lower conveying belt (632) is sleeved Provided on the second lower rotating wheel (636), the motor (4) drives the second upper rotating wheel (634) and the second lower rotating wheel (636), the motor (4) is opposite to the first When a transport mechanism (24) and a second transport mechanism (63) provide a positive driving force, the first transport mechanism (24) transmits a visual copy card to the second upper transport belt (630) and the first The channel between the two conveyor belts (632).

6. The visual copy card issuing module according to claim 1, wherein the reader/writer (66) comprises a reading unit (660) and a judging unit (662), and the transfer channel (22) is close to One end of the first conveying mechanism (24) is provided with a recycling passage (220) and a blocking portion (222) blocking the recovery passage (220), and the printing device (6) further includes a recycling passage (220) a connected waste ticket collection box (60), the reading unit (660) reading visible when the first transfer mechanism (24) transmits the visual copy card to be printed to the second transfer mechanism (63) Rewriting card information and transmitting the information to the judging unit

(662), the determining unit (662) determines whether the visual copy card belongs to an unusable ticket card or a ticket card that is required to be recovered, and if so, the reader/writer (66) sends a signal to the motor (4) Providing a reverse driving force to the first conveying mechanism (24), the first conveying mechanism (24) transmits the visual copying card in reverse, and the reader/writer (66) sends a signal to cause the blocking portion (222) to be opened for recycling. The passage (220) blocks the transfer passage (22) to allow the visual copy card to enter the reject collection bin through the recovery passage (220).

7. The visual copy card issuing module according to claim 6, wherein the reader/writer (66) further comprises a storage unit (666) and a writing unit (668), the storage unit (666) Storing the ticket information written in the outside world, and the determining unit (662) determines that the visual copy card does not belong to the ticket card that cannot be used or the ticket card that is required to be recycled, the writing unit (668) stores the storage unit ( The information in 666) is written into the visual copy card and covers the existing information in the visual copy card, and then the visual copy card is moved by the second transfer mechanism (63), the visual copy card printer (62) Print the information in the visual copy card to the ticket face of the visual copy card.

8. The visual copy card issuing module according to claim 6, wherein the printing device (6) comprises a second sensing device (64), and the second sensing device (64) comprises a second Infrared sensor (640), the second infrared sensor (640) is configured to determine whether the waste ticket collection box (60) is filled with a recycled visual copy card, if the second infrared sensor (640) determines that the waste ticket is recovered. When the tank (60) is full, the second infrared sensor (640) sends a signal to stop the motor (4).

9. The visual copy card issuing module according to claim 8, wherein the second sensing device (64) comprises a third displacement sensor (642), and the third displacement sensor (642) senses Devising a position of the copy card in the second transport mechanism (63), and determining whether the visual copy card is stuck in the second transport mechanism (63), when the visual copy card is in the second transport mechanism ( 63) When the same position within the stagnation exceeds a certain time, the third displacement sensor (642) sends a signal to stop the visual copy card issuing module from operating.

10. The visual copy card issuing module according to claim 1, further comprising a casing for housing and fixing said card issuing device (2), said motor (4) and said printing device (6) (100), the casing (100) is provided with a ticket issuing port (102), and the second conveying mechanism (63) transmits the visual copying card to the ticket issuing port (102).