A multiple ticket card issuing device and a card issuing method

Abstract

The present invention provides a variety of ticket card issuing devices and issuing methods, the card issuing device includes a bracket, the bracket has a ticket outlet; at least two card issuing structures, the card issuing structure is installed on the bracket; a card conveying structure, one end of the card conveying structure is in contact with the card issuing structure, and the other end is in contact with the ticket outlet; a two-dimensional code printing structure, the two-dimensional code printing structure is arranged in contact with the card conveying structure; a power structure, the power structure is respectively connected with the card issuing structure, the card conveying structure, and the two-dimensional code printing structure; a sensor component, the sensor component is respectively arranged in the card issuing structure, the card conveying structure, and the two-dimensional code printing structure, and paper tickets and IC tickets are respectively placed in the two card issuing structures; when the paper ticket passes through the two-dimensional code printing structure, the two-dimensional code printing structure performs two-dimensional code printing on the paper ticket. The card issuing device can send IC tickets and paper tickets at the same time, meet the various needs of users, and use paper tickets to reduce ticket costs.

Description

Technical Field

[0001] The invention relates to a card issuing device, and in particular to a multiple ticket card issuing device and a card issuing method. Background Art

[0002] In order to realize the unmanned ticket sales mode in the subway, most stations now place TVM (automatic ticket vending machines) to enable users to buy tickets and recharge by themselves. In order to further improve the functional requirements of TVM, a square card sending module is designed to achieve fast, convenient and safe ticket purchase.

[0003] In addition, with the use and promotion of QR codes, the use rate of QR codes has become more and more popular; now stations use paper one-way tickets to print the user's relevant itinerary information on the paper one-way tickets through QR codes to reduce costs. However, the existing square card sending module design can only send IC one-way tickets or paper one-way tickets, and cannot send to both tickets at the same time. Not only that, the QR code printing used in the existing card issuance structure uses an integrated printer, and the entire module is large. Moreover, the ticket tube in the existing card issuance structure will get stuck when the ticket tube is turned upside down or tilted. Summary of the invention

[0004] The technical problem to be solved by the present invention is: to provide a multi-ticket issuing device and a card issuing method in view of the technical defects in the prior art that the card issuing device structure cannot send IC ticket cards and paper ticket cards at the same time, the QR code printing device is large in size, and the ticket tube is stuck when it is tilted.

[0005] To solve the above technical problems, the present invention provides a variety of ticket and card issuing devices, including: a bracket, the bracket has a ticket outlet; at least two card issuing structures, the card issuing structures are installed on the bracket; a card conveying structure, one end of the card conveying structure is in contact with the card issuing structure, and the other end is in contact with the ticket outlet; a two-dimensional code printing structure, the two-dimensional code printing structure is arranged in contact with the card conveying structure; a power structure, the power structure is respectively connected to the card issuing structure, the card conveying structure, and the two-dimensional code printing structure; a sensor component, the sensor component is respectively arranged in the card issuing structure, the card conveying structure, and the two-dimensional code printing structure, wherein paper tickets and IC tickets are respectively placed in the two card issuing structures; when the paper ticket passes through the two-dimensional code printing structure, the two-dimensional code printing structure prints a two-dimensional code on the paper ticket.

[0006] Among the various ticket and card issuing devices provided by the present invention, there may also be the following features: various ticket and card issuing devices also include a two-dimensional code recognition structure, the two-dimensional code recognition structure includes a two-dimensional code scanner and a read-write antenna; the two-dimensional code recognition structure is arranged above one end of the card conveying structure close to the ticket outlet.

[0007] In the various ticket card issuing devices provided by the present invention, there may also be such a feature: the sensor component includes a two-dimensional code recognition sensor, and the two-dimensional code recognition sensor is arranged on one side of the two-dimensional code recognition structure.

[0008] In the various ticket card issuing devices provided by the present invention, there may also be such a feature: the various ticket card issuing devices also include a waste ticket component, the sensor component includes a waste ticket sensor, and the waste ticket sensor is arranged on one side of the waste ticket component.

[0009] Among the various ticket issuing devices provided by the present invention, the following features may also be provided: the waste ticket assembly includes a waste ticket tube, an electromagnet, and a flap, a clamp is installed at one end of the electromagnet, and the other end is connected to the flap through the mounting clamp, and the two ends are connected in series with a connecting plate, the flap moves under the drive of the electromagnet, and the waste ticket tube is arranged below one end of the flap.

[0010] Among the various ticket issuing devices provided by the present invention, the following features may also be provided: the issuing structure includes a ticket tube and a ticket scraping wheel, an outlet is provided at the bottom of the ticket tube, the ticket scraping wheel is provided at the bottom of the ticket tube, an adjusting part and a ticket issuing bracket are provided at the outlet, and a one-way needle bearing is provided in the ticket scraping wheel.

[0011] Among the various ticket issuing devices provided by the present invention, the following features may also be provided: the issuing structure includes an anti-ticket scalping component, which is arranged in the ticket tube and located above the ticket card in the ticket tube, and a row of evenly distributed square bayonet openings are respectively arranged on both side surfaces of the ticket tube, the anti-ticket scalping component includes a pressing block, two card members, and an unlocking button, the two card members are respectively arranged at the two ends of the pressing block, and are provided with compression springs, the two card members are respectively engaged with the square bayonet openings on both sides of the ticket tube, and the unlocking button is arranged in the middle of the pressing block and respectively contacts the two card members.

[0012] Among the various ticket issuing devices provided by the present invention, the following features may also be present: the two-dimensional code printing structure includes a push rod, a connecting bracket, a print head and a print head pressure wheel, the push rod is connected to the power structure, a compression spring is provided on the push rod, one end of the connecting bracket is connected to the push rod, and the other end is connected to the print head.

[0013] The various ticket issuing devices provided by the present invention may also have the following feature: the push rod is connected to the printing motor or electromagnet, and the printing head is squeezed under the drive of the printing motor or electromagnet.

[0014] Among the various ticket and card issuing devices provided by the present invention, the following features may also be present: the power structure includes: a scraping motor connected to the issuing structure, a ticket and card conveying motor connected to the card conveying structure, and a printing motor connected to the QR code printing structure.

[0015] Among the various ticket issuing devices provided by the present invention, there may also be such a feature: the number of the card issuing structures is four. When there are four card issuing structures, the number of the scraping motors is two, and each scraping motor is connected to two card issuing structures.

[0016] Among the various ticket issuing devices provided by the present invention, the following features may also be present: the card conveying structure includes multiple driving wheels, multiple transmission wheels, and connecting belts or silicone belts connecting the driving wheels and the transmission wheels; the multiple driving wheels are connected to the power structure through synchronous belts.

[0017] Among the various ticket and card issuing devices provided by the present invention, there may also be such a feature: the sensor component includes: a plurality of ticket and card sensors arranged in the card issuing structure, a plurality of ticket and card position sensors arranged on one side of the card conveying structure, and a plurality of QR code sensors arranged on one side of the QR code printing structure.

[0018] The various ticket card issuing devices provided by the present invention may also have the following feature: an adjustment block is provided on the bracket at the card issuing structure, and the adjustment block is used to adjust and install the card issuing structure.

[0019] The present invention also provides a card issuing method applied to the above-mentioned various ticket issuing devices, comprising the following steps: the power structure is started under the card issuing instruction, driving the card issuing structure to scrape and transport the ticket; the card conveying structure, driven by the power structure, conveys the scraped ticket until it reaches the ticket outlet of the various ticket issuing devices, wherein, when the sensor component detects that the paper ticket conveyed by the card conveying structure arrives at the specified position, the QR code printing structure prints the QR code on the paper ticket according to the printing instruction.

[0020] The beneficial effects of the present invention are:

[0021] In the various ticket card issuing devices of the present invention, at least two card issuing structures are first installed in the bracket of the card issuing device, and paper tickets and IC tickets are placed in the two card issuing structures respectively. The card issuing structures are driven by the power structure to scrape out the tickets inside, and then the two ticket cards are conveyed by the card conveying structure. The card issuing device is also provided with a sensor component and a two-dimensional code printing structure. When the sensor in the sensor component detects the paper ticket at the corresponding position, the detection result is issued, and the two-dimensional code printing structure prints the paper ticket according to the printing instruction. Through the above structure, the card issuing device can send paper tickets and IC tickets at the same time. Users can purchase tickets according to their needs on the operation page, and then the card issuing device will send the ticket according to the type of ticket to be sent. The card issuing structure can send IC tickets and paper tickets at the same time to meet the various needs of users. At the same time, the use of paper tickets reduces the cost of tickets.

[0022] In addition, in the card issuing device, the two-dimensional code printing structure adopts a push rod, a print head, and a print pressure wheel structure, and utilizes the squeezing of the print head and the print pressure wheel to print the two-dimensional code on the paper ticket card. The entire printing device is smaller in size and saves space.

[0023] In addition, in the card issuing device, an anti-ticket scalping component is also provided in the card issuing structure. The anti-ticket scalping component is arranged in the ticket tube, above the ticket card, and can automatically drop as the height of the ticket card decreases. It can prevent the ticket card from turning upside down after the ticket tube is tilted or tilted, thereby avoiding the phenomenon of ticket jamming in the card issuing structure.

[0024] Moreover, the card issuing device is also provided with a QR code recognition structure and a waste ticket component. The QR code printed on the paper ticket card is recognized by the QR code recognition structure. When the QR code is valid, the paper ticket card can be smoothly output; when the QR code is invalid, the ticket card will be delivered to the waste ticket tube of the waste ticket component. This can avoid the issuance of invalid tickets and cards, thereby avoiding the inconvenience caused to users by the issuance of invalid tickets and cards. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 Schematic diagram of the structure of various ticket card issuing devices in the embodiments of the present invention;

[0026] Figure 2 is a front view of various ticket card issuing devices in the embodiments of the present invention;

[0027] Figure 3 is a rear view of various ticket card issuing devices in the embodiments of the present invention;

[0028] Figure 4 is a structural schematic diagram of a card issuing structure in an embodiment of the present invention;

[0029] Figure 5 is a schematic diagram of the structure of ticket card adjustment in an embodiment of the present invention;

[0030] Figure 6 is a schematic diagram of the structure of ticket card adjustment in an embodiment of the present invention;

[0031] Figure 7 is a schematic structural diagram of an anti-ticket scalping assembly in an embodiment of the present invention;

[0032] Figure 8 is a structural schematic diagram of a two-dimensional code printing structure in an embodiment of the present invention;

[0033] Fig. 9 Schematic diagram of the distribution of sensor components in an embodiment of the present invention. DETAILED DESCRIPTION

[0034] In order to make the technical problems, technical solutions and beneficial effects solved by the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0035] In this embodiment, a variety of ticket card issuing devices are used in subway stations to provide users with ticket purchase, recharge and other services.

[0036] like Figures 1 to 9 As shown, the various ticket and card issuing devices 100 include a bracket 10, four issuing mechanisms 20, a card conveying structure 30, a two-dimensional code printing structure 40, a power structure 50, a two-dimensional code recognition structure 60, a waste ticket component 70, a sensor component 80 and a control panel 90.

[0037] The bracket 10 is a square frame with a ticket outlet 11. Four mounting positions are arranged on the bracket 10. Each mounting position is provided with an adjustment block, which is used to install and adjust the card issuing structure 20.

[0038] The four card issuing mechanisms 20 are respectively installed in the four installation positions on the bracket 10. The relative positions of the four card issuing mechanisms 20 can be changed arbitrarily, and the positions of the four card issuing mechanisms 20 can be completed by adjusting the adjustment block. The four card issuing mechanisms 20 are respectively equipped with paper tickets and IC tickets. In this embodiment, according to the distance from the ticket outlet 11, paper tickets, IC tickets, paper tickets, and IC tickets are installed in order from near to far.

[0039] The structures of the four card issuing structures 20 are the same, and one of them is taken as an example for detailed description below.

[0040] like Figure 4 As shown, the card issuing structure 20 includes a ticket tube 21, an outlet 22, a ticket scraping wheel 23, and an anti-ticket scalping component 24.

[0041] The ticket tube 21 is used to store tickets, and paper tickets and IC tickets can be placed as needed. Both sides of the ticket tube 21 are provided with square bayonet openings 211 evenly distributed from top to bottom at a certain interval.

[0042] like Figure 5 , 6 As shown, the outlet 22 is arranged at the bottom of the ticket tube 21, and an adjusting member 221 and a ticket holder 222 are arranged at the outlet 22. The distance between the ticket holder 222 and the upper end of the outlet 22 is adjusted by controlling the adjusting member 221, and then the gap of the outlet 22 is adjusted to meet the ticketing conditions of tickets of different thicknesses. In this way, the card issuing structure 20 can meet the ticketing requirements of tickets of various thicknesses, and ensure that only one ticket is scraped out each time.

[0043] The ticket scraping wheel 23 is arranged at the position near the outlet 22 at the bottom of the ticket tube 21, and the ticket price in the ticket tube 21 is scraped and sent under the drive of the power structure 50, and the ticket card is scraped out from the ticket tube 21. A one-way needle bearing is arranged in the ticket scraping wheel 23.

[0044] like Figure 7 As shown, the anti-ticket scalping assembly 24 is arranged inside the ticket barrel 21, and one side contacts the topmost ticket card in the ticket barrel 21. It includes a pressing block 241, two clamping parts 242, and an unlocking push piece 243.

[0045] One side of the pressing block 241 contacts the ticket card, and connecting rods are fixed at both ends of the other side. There is a certain gap between the connecting rod and the pressing block 241. One end of the connecting rod is sleeved with a compression spring.

[0046] The two clamps 242 have the same structure. Each clamp 242 is two connected clamps. One ends of the two clamps are connected to each other. There is a certain angle between the two clamps. The clamp 242 passes through the gap between the connecting rod and the pressing block 241, so that the two clamps are respectively located on both sides of the connecting rod, and the compression spring on the connecting rod can resist the inner sides of the two clamps. The clamp located on the outer side of the connecting rod is engaged with the square clamp on the side of the ticket tube 21. The two clamps 242 are respectively engaged with the square clamps on both sides of the ticket tube 21.

[0047] The unlocking push piece 243 is arranged at the middle of the other side of the pressing block 241. The unlocking push piece 243 is provided with an unlocking block and a control rod. The two ends of the control rod are respectively in contact with the card plates of the two card pieces 242 located on the inner side of the connecting rod.

[0048] The anti-ticket scalping assembly 24 is placed in the ticket barrel 21. Under normal circumstances, the anti-ticket scalping assembly 24 can be lowered by its own weight in the ticket barrel 21 as the ticket card is gradually scraped out of the device. When the ticket barrel 21 is tilted or inverted, the two clamping members 242 on both sides extend outward under the action of the compression spring force on the connecting rod, and clamp in the square clamping openings on the two sides of the ticket barrel 21, thereby blocking the ticket card and achieving the anti-ticket scalping effect. To release, just press the unlocking block of the unlocking member 243 downward with your finger to remove the anti-ticket scalping assembly 24 from the ticket barrel.

[0049] The card conveying structure 30 includes two driving wheels 31 , a plurality of transmission wheels 32 , a plurality of belts 33 and a plurality of synchronous belts 34 .

[0050] The two driving wheels 31 are connected to the power structure 50 through a synchronous belt 34. The transmission wheel 32 is connected to the driving wheel 31 through a belt 33 or a silicone belt. In this embodiment, the transmission wheel 32 is connected to the driving wheel 31 through a belt 33.

[0051] In order to prevent the ticket card from bending and being damaged during the transportation process, in this embodiment, the card transportation structure 30 adopts a large radius design guide to ensure the transportation of the ticket card.

[0052] like Figure 8 As shown, the two-dimensional code printing structure 40 includes three pairs of rollers 41, a print head 42, a print head pressure wheel 43, a connecting bracket 44, a push rod 45, a compression spring 46, a nut 47, and a U-shaped sensor 48.

[0053] One pair of rollers 41 is in contact with the card conveying structure 30, and the belt 34 of the card conveying structure 30 enters the two-dimensional code printing structure 40 from between the pair of rollers 41. Another pair of rollers 41 is arranged at a certain interval from the first pair of rollers 41. The last pair of rollers 41 is arranged at the exit of the two-dimensional code printing structure 41, and the belt 34 is output from between the last pair of rollers 41.

[0054] The print head 42 is disposed at the entrance of the two-dimensional code printing structure 40 , that is, between two pairs of rollers of the belt 34 near the input of the card conveying structure 30 . The print head pressure wheel 43 is disposed below the print head 42 .

[0055] One end of the print head 42 is connected to one end of a push rod 45 through a connecting bracket 44, and a compression spring 46 is sleeved on the push rod 45. The other end of the push rod 45 is connected to a power structure 50 through a nut 47. The pressure of the print head 42 and the print head pressure wheel 43 is adjusted by sleeved with a compression spring 46 on the push rod 45 and a nut 47 installed at one end.

[0056] The U-shaped sensor 48 is disposed on a fixed plate of the power structure 50 connected to the push rod 45 , and is used to control the rotation position of the power structure 50 .

[0057] When the two-dimensional code printing structure 40 is working, the power mechanism 50 moves to push the push rod 45, and the connecting bracket 44 is forced to press the print head 42 and the print head pressure wheel 43 downward, and the light shielding sheet on the power structure 50 connected to the push rod 45 also synchronously moves to the position of the U-shaped sensor 48 below. After the printing is finished, the power structure 50 rotates to return to the initial state.

[0058] The power structure 50 includes a first scraping motor 51 , a second scraping motor 52 , a first ticket and card conveying motor 53 , a second ticket and card conveying motor 54 and a two-dimensional code printing motor 55 .

[0059] The first scraping motor 51 passes through the synchronous belt 34 with double-sided teeth and the scraping wheels 23 of the two card issuing structures 20 close to the ticket outlet 11. The second scraping motor 52 passes through the synchronous belt 34 with double-sided teeth and the scraping wheels 23 of the two card issuing structures 20 far from the ticket outlet 11.

[0060] When the first scraping motor 51 rotates forward, it drives the synchronous belt 34 of the double-sided teeth to move, and the scraping wheel 23 of the first card issuing structure 20 close to the ticket outlet 11 rotates reversely, and the scraping wheel 23 of the second card issuing structure 20 rotates forward. Since all the scraping wheels 23 are equipped with one-way needle bearings, when rotating, the scraping wheel 23 of the first card issuing structure 20 will not move, and the scraping wheel 23 of the second card issuing structure 20 will start to work. When the ticket tube 21 of the second card issuing structure 20 is detected to have no ticket, the first scraping motor 51 is reversed, the scraping wheel 23 of the first card issuing structure 20 starts to work, and the scraping wheel 23 of the second card issuing structure 20 will not move. Similarly, the working principle of the scraping wheel 23 of the third card issuing structure 20 and the scraping wheel 23 of the fourth card issuing structure 20 far away from the ticket outlet 11 is the same.

[0061] The first ticket conveying motor 53 is connected to the driving wheel 31 at the exit of the fourth card issuing mechanism 20 away from the ticket outlet 11 through the synchronous belt 44, and is used to control the ticket to convey the ticket scraped from the ticket tube 21 of any card issuing structure 20 to the QR code printing mechanism 40.

[0062] The second ticket conveying motor 54 is connected to the driving wheel 31 near the ticket outlet 11 through the synchronous belt 44 , and is used to scrape out the ticket recognized by the two-dimensional code recognition structure 60 or convey it to the invalid ticket assembly 70 .

[0063] The two-dimensional code printing motor 55 is connected to the other end of the push rod 45, and is used to drive the push rod 45 to move to adjust the pressure of the print head 42 and the print head pressure wheel 43. The U-shaped sensor 48 is also arranged on the fixed plate of the two-dimensional code printing motor 55, and is used to control the position of the two-dimensional code printing motor 55 rotation.

[0064] The two-dimensional code recognition structure 60 is arranged above the synchronous belt 44 of the card conveying structure 30 near the ticket outlet 11, and includes a two-dimensional code recognizer 61 and a read-write antenna 62. The two-dimensional code recognizer 61 is used to read whether the two-dimensional code printed on the paper ticket card is valid; the read-write antenna 62 is used to recognize whether the IC ticket card is valid; and output the recognized result.

[0065] The invalid ticket assembly 70 includes an invalid ticket barrel 71, a flap 72 and an electromagnet. A chuck is installed at one end of the electromagnet, and a chuck is also installed at the other end to connect with the rotating shaft of the flap 72, and a connecting piece is connected in series in the middle, so that the rotating electromagnet will be linked with the flap 72. The invalid ticket barrel 71 is arranged below one end of the flap 72. When the two-dimensional code recognizer 61 of the two-dimensional code recognition structure 60 recognizes that the two-dimensional code on the paper ticket card is invalid, the second ticket card conveying motor 54 is reversed to convey the invalid paper ticket card in the reverse direction. At this time, the electromagnet drives the single plate 72 to rotate and flip the invalid paper ticket card into the invalid ticket barrel 71. Similarly, when the read-write antenna 62 of the two-dimensional code recognition structure 60 recognizes that the IC ticket card is invalid, the second ticket card conveying motor 54 is reversed to convey the invalid IC ticket card in the reverse direction. At this time, the electromagnet drives the single plate 72 to rotate and flip the invalid IC ticket card into the invalid ticket barrel 71.

[0066] The sensor assembly 80 includes multiple ticket sensors, multiple ticket position sensors, multiple two-dimensional code sensors, and a waste ticket sensor 88 .

[0067] A plurality of ticket sensors are arranged in the card issuing structure 20. The positions and numbers of the ticket sensors arranged in each card issuing structure 20 are the same. In this embodiment, the ticket sensor in one of the card issuing structures 20 is taken as an example for detailed description.

[0068] Each card issuing structure 20 is provided with a pair of ticket card scraping sensors 81, a pair of ticket card empty sensors 82, and a pair of empty ticket card sensors 83. The ticket card scraping sensor 81 is provided at the exit of the ticket barrel 21 to detect whether the ticket card is scraped out normally. The ticket card empty sensor 82 and the empty ticket card sensor 83 are provided at the bottom of the ticket barrel 21 to detect whether the ticket card in the ticket barrel 21 is about to be empty and whether the ticket card in the ticket barrel 21 is empty.

[0069] The ticket position sensor is arranged on one side of the card conveying structure 30 along the belt 33 of the card conveying structure 30, and includes a printing sensor 84 located in front of the two-dimensional code printing structure 40 and a ticket output sensor 85 located at the ticket output port 11. The printing sensor 84 is used to detect whether there is a paper ticket at a designated position of the two-dimensional code printing structure 40, and transmit the detection result. The ticket output sensor 85 is used to detect whether the ticket is normally transmitted.

[0070] The two-dimensional code sensor includes a print statistics sensor 86 disposed on one side of the two-dimensional code printing structure 40 and a two-dimensional code recognition sensor 87 disposed on one side of the two-dimensional code recognition structure 60. The print statistics sensor 86 is used to count the time of printing the two-dimensional code. The two-dimensional code recognition sensor 87 is used to recognize the two-dimensional code and transmit the recognition structure to the second conveying motor 54.

[0071] The invalid ticket sensor 88 is arranged on the outer side of the wall of the invalid ticket barrel 71, and is used to detect the number of invalid tickets in the invalid ticket barrel 71. When the invalid ticket sensor 88 is blocked, that is, the number of invalid tickets in the invalid ticket barrel 71 reaches a certain value, a ticket collection request is issued to clear the invalid tickets in the invalid ticket barrel 71.

[0072] The control board 90 is connected to the motors, sensors, electromagnets and other electrical equipment in the above components to control the movement process of the four card issuing structures 20, the card conveying structure 30, the QR code printing structure 40, the power structure 50, the QR code recognition structure 60, the invalid ticket component 70, and the sensor component 80.

[0073] The issuing method of the multiple ticket card issuing device 100 is as follows: the user selects the ticket card type according to his / her own needs on the operation page.

[0074] When the user selects an IC ticket, the first scraping motor 51 or the second scraping motor 52 scrapes the ticket from the corresponding ticket barrel 21 storing the IC ticket, and then transports it to the two-dimensional code recognition structure 60 through the card transport structure 30. Then the read-write antenna 62 recognizes the IC ticket. If the read-write antenna 62 recognizes that the IC ticket is valid, the second transport motor 54 rotates forward to output the valid IC ticket from the ticket outlet 11. If the read-write antenna 62 recognizes that the IC ticket is invalid, the second transport motor 54 flips to transport the IC ticket in the reverse direction, and the electromagnet drives the flap 72 to move, flipping the invalid IC ticket into the waste ticket barrel 71.

[0075] When the user selects a paper ticket, the control unit 90 issues a print instruction to the two-dimensional code printing structure 40; the first scraping motor 51 or the second scraping motor 52 scrapes the paper ticket from the corresponding ticket tube 21 storing the paper ticket, and then conveys it to the front section of the two-dimensional code printing structure 40 through the conveyance of the card conveying structure 30. When the print sensor 84 detects that there is a paper ticket at a specified position of the front section of the two-dimensional code printing structure 40, a detection result is issued; then the printing motor 55 operates according to the printing instruction issued by the control board 90, drives the push rod 45 to move to adjust the pressure of the print head 42 and the print head pressure wheel 43, so that the print head 42 prints the two-dimensional code on the paper ticket. After the printing is completed, the paper ticket is output from the two-dimensional code printing structure 40 and continues to be conveyed to the two-dimensional code recognition structure 60. Then the two-dimensional code recognition structure 60 recognizes the two-dimensional code on the paper ticket. If the two-dimensional code recognizer 61 recognizes that it is valid, the second conveying motor 54 rotates forward to output the paper ticket printed with the valid two-dimensional code from the ticket outlet 11. If the two-dimensional code recognizer 61 recognizes that the ticket is invalid, the second conveying motor 54 is turned over, and the electromagnet drives the flap 72 to move, turning the invalid paper ticket into the waste ticket tube 71.

[0076] In the various ticket card issuing devices in the above embodiments, at least two card issuing structures are first installed in the bracket of the card issuing device, and paper tickets and IC tickets are placed in the two card issuing structures respectively. The card issuing structures are driven by the power structure to scrape out the tickets inside, and then the two ticket cards are conveyed by the card conveying structure. The card issuing device is also provided with a sensor component and a QR code printing structure. When the sensor in the sensor component detects a paper ticket at the corresponding position, the detection result is sent, and the QR code printing structure prints the paper ticket according to the printing instruction. Through the above structure, the card issuing device can send paper tickets and IC tickets at the same time. Users can purchase tickets according to their needs on the operation page, and then the card issuing device will send the ticket according to the type of ticket to be sent. The card issuing structure can send IC tickets and paper tickets at the same time, meeting the various needs of users, and at the same time, the use of paper tickets reduces the cost of tickets.

[0077] In addition, in the card issuing device, the two-dimensional code printing structure adopts a push rod, a print head, and a print pressure wheel structure, and utilizes the squeezing of the print head and the print pressure wheel to print the two-dimensional code on the paper ticket card. The entire printing device is smaller in size and saves space.

[0078] In addition, in the card issuing device, an anti-ticket scalping component is also provided in the card issuing structure. The anti-ticket scalping component is arranged in the ticket tube, above the ticket card, and can automatically drop as the height of the ticket card decreases. It can prevent the ticket card from turning upside down after the ticket tube is tilted or tilted, thereby avoiding the phenomenon of ticket jamming in the card issuing structure.

[0079] Moreover, the card issuing device is also provided with a QR code recognition structure and a waste ticket component. The QR code printed on the paper ticket card is recognized by the QR code recognizer of the QR code recognition structure. When the QR code is valid, the paper ticket card can be smoothly output; when the QR code is invalid, the ticket card will be delivered to the waste ticket barrel of the waste ticket component. This can avoid the issuance of invalid tickets and further avoid the inconvenience caused to users by the issuance of invalid tickets. In addition, the read-write antenna can also recognize IC ticket cards. When the read-write antenna recognizes that the IC ticket card is valid, the IC ticket card can be smoothly output; when the IC ticket card is invalid, the IC ticket card will be delivered to the waste ticket barrel of the waste ticket component.

[0080] In addition, in the above embodiment, invalid paper tickets or invalid IC tickets are reversely transported by reversing the second transport motor, and the electromagnet drives the flip plate to achieve the effect of transporting the invalid paper tickets or invalid IC tickets into the waste ticket tube.

[0081] In addition, in the above-mentioned embodiment, the push rod in the two-dimensional code printing structure is driven by the printing motor in the power structure. In other embodiments, an electromagnet can be used to replace the printing motor. A large suction electromagnet is provided to be connected to the push rod. The large suction electromagnet is fixed to the push rod, and after being attracted, the print head and the print head pressure wheel can also be pressed tightly by the lever principle.

[0082] Obviously, those skilled in the art can make various changes and modifications to the present application without departing from the spirit and scope of the present application. Thus, if these modifications and variations of the present application fall within the scope of the claims of the present application and the equivalent technology, the present application is also intended to include these modifications and variations.

Claims

1. A multiple ticket card issuing device, characterized in that: include: A bracket, wherein the bracket has a ticket outlet; at least two hairpin structures, wherein the hairpin structures are mounted on the bracket; a card conveying structure, one end of which contacts the card issuing structure, and the other end of which contacts the ticket outlet; A two-dimensional code printing structure, the two-dimensional code printing structure is arranged in contact with the card conveying structure; A power structure, the power structure is respectively connected to the card issuing structure, the card conveying structure, and the two-dimensional code printing structure; A sensor component, wherein the sensor components are respectively arranged in the card issuing structure, the card conveying structure, and the two-dimensional code printing structure, Wherein, the two card issuing structures are respectively placed with paper ticket cards and IC ticket cards; When the paper ticket passes through the two-dimensional code printing structure, the two-dimensional code printing structure prints a two-dimensional code on the paper ticket. The card issuing structure comprises a ticket barrel and a ticket scraping wheel. The bottom of the ticket barrel is provided with an outlet, and the ticket scraping wheel is provided at the bottom of the ticket barrel. The card issuing structure includes an anti-ticket scalping component, which is arranged in the ticket tube and located above the ticket card in the ticket tube. A row of square bayonet holes are respectively arranged on both sides of the ticket barrel. The anti-ticket scalping assembly includes a pressing block, two clamping parts, and an unlocking button. One side of the pressing block contacts the ticket card, and two ends of the other side are respectively provided with connecting rods, one end of the connecting rod is sleeved with a compression spring, and a gap is provided between the connecting rod and the pressing block; The two clamps pass through the gaps and contact the two connecting rods respectively, and engage with the square clamps on both sides of the ticket barrel. The unlocking button is arranged in the middle of the pressing block and contacts with two clamping parts respectively.

2. The multiple ticket card issuing device according to claim 1, characterized in that: The multiple ticket card issuing device further includes a two-dimensional code recognition structure, which includes a two-dimensional code scanner and a read-write antenna; The two-dimensional code recognition structure is arranged above one end of the card conveying structure close to the ticket outlet.

3. The multiple ticket card issuing device according to claim 2, characterized in that: The sensor component includes a two-dimensional code recognition sensor, and the two-dimensional code recognition sensor is arranged on one side of the two-dimensional code recognition structure.

4. The multiple ticket card issuing device according to claim 1, characterized in that: The multiple ticket card issuing device also includes a ticket-wasting component, The sensor assembly includes a waste ticket sensor, and the waste ticket sensor is arranged on one side of the waste ticket assembly.

5. The multiple ticket card issuing device according to claim 4, characterized in that: The invalid ticket assembly includes an invalid ticket tube, an electromagnet, and a flap. One end of the electromagnet is equipped with a chuck, and the other end is connected to the flap through the mounting chuck. The two ends are connected in series with a connecting piece. The flap moves under the drive of the electromagnet. The waste ticket tube is arranged below one end of the flap.

6. The multiple ticket card issuing device according to claim 1, characterized in that: The outlet is provided with an adjusting member and a ticket issuing bracket. A one-way needle bearing is arranged inside the ticket scratching wheel.

7. The multiple ticket card issuing device according to claim 1, characterized in that: The two-dimensional code printing structure includes a push rod, a connecting bracket, a print head and a print head pressure wheel. The push rod is connected to the power structure, and a compression spring is sleeved on the push rod. One end of the connecting bracket is connected to the push rod, and the other end is connected to the print head.

8. The multiple ticket card issuing device according to claim 7, characterized in that: The push rod is connected to a printing motor or an electromagnet, and is driven by the printing motor or the electromagnet to squeeze the printing head.

9. The multiple ticket card issuing device according to claim 1, characterized in that: The power structure comprises: a scraping motor connected to the card issuing structure, a ticket card conveying motor connected to the card conveying structure, and a printing motor connected to the two-dimensional code printing structure.

10. The multiple ticket card issuing device according to claim 9, characterized in that: The number of the card-issuing structures is four, When there are four hairpin structures, there are two scraping motors, and each scraping motor is connected to two hairpin structures.

11. The multiple ticket card issuing device according to claim 1, characterized in that: The card conveying structure includes a plurality of driving wheels, a plurality of transmission wheels, and a connecting belt or a silicone belt connecting the driving wheels and the transmission wheels; The plurality of driving wheels are connected to the power structure via a synchronous belt.

12. The multiple ticket card issuing device according to claim 1, characterized in that: The sensor assembly includes: a plurality of ticket card sensors arranged in the card issuing structure, a plurality of ticket card position sensors arranged on one side of the card conveying structure, and a plurality of two-dimensional code sensors arranged on one side of the two-dimensional code printing structure.

13. The multiple ticket card issuing device according to claim 1, characterized in that: An adjustment block is arranged on the bracket at the hairpin structure, and the adjustment block is used for adjusting and installing the hairpin structure.

14. A card issuing method applied to the multiple ticket issuing device as claimed in any one of claims 1 to 13, comprising the following steps: The power structure is activated under the card issuing instruction, driving the card issuing structure to scrape and deliver the ticket card; The card conveying structure conveys the scraped tickets and cards driven by the power structure until the ticket outlet of the multiple ticket issuing devices. When the sensor component detects that the paper ticket card transported by the card transport structure arrives at a designated position, the two-dimensional code printing structure prints a two-dimensional code on the paper ticket card according to the printing instruction.

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