Driving license making device and driving license making method

Abstract

The technical solution of the present invention discloses a driving license making device, wherein the information printing module and the photo printing module are arranged at the front end of the chassis and are distributed in a zigzag shape, and the cutter assembly and the copy transmission channel are arranged at the rear end of the chassis; the certificate core box is arranged at the entrance of the information printing module, and the certificate transmission channel is arranged at the exit of the information printing module, the certificate transmission channel is connected to the cutter assembly through the cutting transmission channel, and the upper side of the photo flipping channel is connected to the photo printing module; the original and photo pushing module is used to transport the original separated by the cutter assembly and the photo flipped 180 degrees into the certificate film of the certificate film suction module; the certificate film suction module is used to suck the certificate film dropped from the certificate film box; the copy transmission channel is connected to the cutter assembly and is used to transport the copy separated by the cutter assembly to the exit. The automatic production of driving licenses is realized, which occupies a small space, is simple to operate, and has high efficiency.

Description

Technical Field

[0001] The present invention relates to the technical field of automatic certificate making equipment, and in particular to a driving license making equipment and a driving license making method. Background Art

[0002] The motor vehicle driving license mainly consists of three parts: the main page, the supplementary page, and the motor vehicle photo. The original is composed of the main page and the motor vehicle photo placed back to back and protected by plastic sealing film. The copy is the supplementary page, which does not need to be plastic sealed and is kept separately. At present, the plastic sealing process in the certificate making method still requires manual operation. Therefore, the certificate making method is mostly manual with multiple devices to print, cut the main and supplementary pages, and plastic seal. However, manual certificate making is slow and is prone to errors in certificate information due to factors such as negligence of personnel. At present, there are related equipment for automatic certificate making, but pneumatic or robotic arm methods are usually used to realize the transportation of the certificate core. Patent CN110682693A discloses an automatic certificate making machine, which controls a mechanical arm to move and take and place the card into the printing module to enter information through a control module. After the information is entered, the mechanical arm sucks the card to the correction and cutting module to cut the card. The cut card is sucked into the plastic sealing module by the mechanical arm for plastic sealing. After processing, it can be output to the outside of the frame through the output module to realize automatic certificate making. However, the way the mechanical arm moves the card core is complex to debug, has large errors, complex structure, and high failure rate. Summary of the invention

[0003] In order to solve the existing technical problems, the present invention provides a driving license making device and a driving license making method, which realize the automatic making of driving licenses through the cooperation of an information printing module, a certificate transmission channel, a photo printing module, a photo flipping channel, a certificate core box, a certificate film box, a photo paper box, a cutting transmission channel, a cutter assembly, an original and photo pushing module, a certificate film suction module, a copy transmission channel and a laminator, which occupies a small space, is simple to operate, has high efficiency, and has a stable and reliable certificate making effect.

[0004] The technical solution of the present invention is: a driving license making device, comprising an information printing module, a certificate transmission channel, a photo printing module, a photo flipping channel, a certificate core box, a certificate film box, a photo paper box, a cutting transmission channel, a cutting knife assembly, an original and photo pushing module, a certificate film suction module, a copy transmission channel, a laminator, a bottom frame and a fan;

[0005] The bottom frame is the base of the whole device, the photo paper box is installed at the entrance of the photo printing module, the fan is installed at the upper end of the photo turning channel, and other structures are installed on the bottom frame;

[0006] The information printing module and the photo printing module are arranged at the front end of the chassis and are distributed in a zigzag shape. The cutter assembly and the copy conveying channel are arranged at the rear end of the chassis. The certificate core box is arranged at the entrance of the information printing module, and the certificate conveying channel is arranged at the exit of the information printing module. The certificate conveying channel is connected to the cutter assembly through the cutting conveying channel, and the upper side of the photo flipping channel is connected to the photo printing module. The original and photo pushing module is arranged at the front side of the cutting conveying channel, and is connected to the lower side of the photo flipping channel and the cutting conveying channel, and is used to convey the original separated by the cutter assembly and the photo flipped 180 degrees in the photo flipping channel to the certificate film of the certificate film suction module. The laminating machine is connected to the certificate film suction module, and is used to laminatize the certificate film, the original and the photo. The certificate film box is arranged on the upper side of the laminating machine, and the certificate film suction module is arranged on one side of the certificate film box, and is used to suck away the certificate film dropped from the certificate film box. The copy conveying channel is connected to the cutter assembly, and is used to convey the copy separated by the cutter assembly to the exit.

[0007] Furthermore, a card sleeve box is installed at the lower part of the base frame for storing the card sleeves and conveying the card sleeves to the exit.

[0008] Furthermore, the driving license issuing equipment also includes a host computer, a motion control card and a UPS power supply. The host computer is used for electrical control and is connected to the information system, and adopts a host computer end to directly control the motion control card; the motion control card is used to control the power supply, power failure and electrical protection of the motor, monitor the real-time operating status and feed back to the host computer, and when the operation is abnormal, make an operating status selection and send an error code signal to feed back to the host computer to remind the user to deal with the abnormal state; the UPS power supply is used to provide uninterruptible power supply when the city power is cut off.

[0009] Furthermore, the information printing module includes an information printer and a fixing plate, the fixing plate is arranged at the lower side of the information printer, the information printer is fixed to the chassis through the fixing plate, and the information printer is used to print the information part on the original and the copy of the driving license.

[0010] Furthermore, the document transmission channel includes a channel side plate, a channel bottom plate, a channel support plate, a transmission synchronous belt I, a synchronous pulley I, a synchronous pulley driving shaft I, a synchronous pulley driven shaft I, a transmission motor I, a motor bracket I, a motor synchronous belt I, a floating wheel I, a torsion spring, a paper feed detection photoelectric and a paper output detection photoelectric; the channel side plate is fixed above the channel support plate, the channel support plate is fixed on the base frame, and the channel bottom plate is fixed between the channel side plates; both ends of the synchronous pulley driving shaft I and the synchronous pulley driven shaft I are fixed on the channel bottom plate, and the synchronous pulley I is installed on the On the synchronous pulley driving shaft I and the synchronous pulley driven shaft I, the transmission synchronous belt I is installed on the synchronous pulley I and is arranged in the middle of the channel bottom plate; the floating wheel I is installed on the channel side plate in the form of a torsion spring, and the floating wheel I is arranged above the transmission synchronous belt I; the transmission motor I is fixed on the channel side plate through the motor bracket I, and drives the synchronous pulley driving shaft I through the motor synchronous belt I, the paper feed detection photoelectric and the paper output detection photoelectric are installed on the channel side plate, and the paper feed detection photoelectric is arranged on one side of the information printer, and the paper output detection photoelectric is arranged on the side away from the information printer.

[0011] Furthermore, the photo printing module includes a photo printer, a printer bracket and a photo printer fixing plate, the photo printer is fixed to the printer bracket through the photo printer fixing plate, the printer bracket is fixed to the base frame, and the photo paper box is installed on the photo printer.

[0012] Furthermore, the photo flipping channel includes a flipping channel, a photo outlet bottom plate, a photo paper pickup roller, a photo paper pickup roller shaft, a photo outlet motor, a photo outlet motor bracket, a photo motor synchronous belt, a photo detection photoelectric and a photo receiving bottom plate; the photo outlet bottom plate is fixed at the upper end of the flipping channel, the photo paper pickup roller is fixed above the flipping channel through the photo paper pickup roller shaft, and the photo paper pickup roller is tangent to the photo outlet bottom plate; the photo outlet motor is fixed to the side of the flipping channel through the photo outlet motor bracket, and the photo outlet motor drives the photo paper pickup roller shaft through the photo motor synchronous belt; the photo detection photoelectric is fixed on the flipping channel and is arranged on the upper side of the entrance of the photo outlet bottom plate, and the photo receiving bottom plate is installed below the flipping channel; the flipping channel is a vertical structure, and the side wall on the same side as the photo outlet bottom plate is first tilted inward and then tilted outward, and the flipping channel is fixed on the base frame.

[0013] Furthermore, the certificate core box includes a certificate core box body, a certificate core pickup wheel, a certificate core pickup wheel shaft, a synchronous pulley II, a pager, a pager shaft, a certificate core pressure block, a drive motor II, a motor bracket II, a synchronous belt II, a rocker photoelectric, a barcode gun, a barcode gun bracket and a spring rod; the certificate core pickup wheel is fixed to the bottom of the certificate core box body through the certificate core pickup wheel shaft, the synchronous pulley II is fixed to the shaft end of the certificate core pickup wheel shaft, the drive motor II drives the synchronous pulley II through the synchronous belt II, and the drive motor II It is fixed to the side of the certificate core box body through the motor bracket II; the pager is fixed to the certificate core box body through the pager shaft and is tangent to the upper side of the certificate core paper pickup roller; the spring rod is arranged on both sides of the certificate core box body, and the upper and lower ends of the spring rod are fixed to the certificate core box body, the certificate core pressure block passes through the spring rod and is arranged above the certificate core paper pickup roller; the rocker photoelectrically installed on the certificate core box body and is located on the rear side of the certificate core paper pickup roller, the barcode gun is fixed to the front side of the certificate core box body through the barcode gun bracket, and the certificate core box body is fixed to the base frame.

[0014] Furthermore, the certificate film box, photo paper box, certificate sleeve box and certificate core box have the same structure.

[0015] Furthermore, the cutting transmission channel includes a cutting channel bottom plate, a cutting channel side plate, a cutting channel support plate, a cutting transmission belt, a cutting transmission shaft, a cutting transmission pulley, a belt support pulley, a floating wheel III, a floating shaft III, a transmission motor III, a transmission motor bracket III, a driving belt III and a core detection photoelectric; the cutting channel bottom plate is fixed on the cutting channel support plate, the cutting channel side plates are fixed on both sides of the cutting channel bottom plate, and the cutting channel support plate is fixed on the bottom frame; the cutting transmission pulley is fixed to the cutting channel bottom plate through the cutting transmission shaft, and the cutting transmission belt The wheel is arranged in the middle of the cutting channel bottom plate, and the cutting transmission belt is installed on the cutting transmission belt wheel; the belt support wheel is fixed on the cutting channel bottom plate, and is arranged on the lower side of the cutting transmission belt to support the belt; the floating wheel III is fixed on the cutting channel side plate through the floating wheel shaft III, and is arranged on the upper side of the cutting transmission belt, corresponding to the belt support wheel; the transmission motor III is fixed on the side of the cutting channel bottom plate through the transmission motor bracket III, and the transmission motor III drives the cutting transmission shaft to rotate through the driving belt III; the core detection photoelectric is installed at the entrance of the cutting channel side plate.

[0016] Furthermore, the cutter assembly includes a cutting bracket, a cutter fixing plate, a cutter mounting plate, a cutter pressure plate, a cutter, a guide shaft, a linear bearing, a photoelectric detection baffle, a photoelectric mounting bracket, a lead screw stepper motor and a slot-type photoelectric; the cutting bracket is a vertical bracket, the lead screw stepper motor and the photoelectric mounting bracket are fixed on the cutting bracket, and the slot-type photoelectric is mounted on the photoelectric mounting bracket; the cutter fixing plate is installed on the slide of the lead screw stepper motor, the cutter fixing plate is L-shaped, the photoelectric detection baffle is installed on the vertical part of the cutter fixing plate, the cutter mounting plate is fixed on the lower side of the horizontal part of the cutter fixing plate, and the cutter is fixed on the lower side of the cutter mounting plate; the cutter pressure plate is arranged on the lower side of the cutter, the lower end of the guide shaft is connected to the cutter pressure plate, and the upper end of the guide shaft is connected to the cutter fixing plate through a linear bearing.

[0017] Furthermore, the original and photo pushing module includes a pushing block bracket, a lower pushing block, a lower pad, an upper pushing block, an upper pad, an upper baffle, an original pushing screw stepper motor, an original pushing motor support and an original pushing slot-type photoelectric; the lower pushing block, the lower pad, the upper pushing block, the upper pad and the upper baffle are assembled on the pushing block bracket in order from bottom to top, the pushing block bracket is fixed on the slide of the original pushing screw stepper motor, the original pushing screw stepper motor is fixed on the base frame through the original pushing motor support, and the original pushing slot-type photoelectric is installed on the side of the original pushing screw stepper motor for detecting the position of the slide.

[0018] Furthermore, the film suction module includes a laminating stepper motor, a laminating motor base, a suction cup mounting plate, a fixed block and a laminating motor slot-type photoelectric; the laminating stepper motor is installed on the laminating motor base, the laminating motor base is fixed on the base frame, the suction cup mounting plate and the fixed block are fixed on the slide of the laminating stepper motor, the fixed block is arranged on the upper side of the suction cup mounting plate, and the fixed block and the suction cup mounting plate are distributed in a folded line shape; the laminating motor slot-type photoelectric is fixed on the laminating stepper motor for detecting the position of the slide of the laminating stepper motor.

[0019] Furthermore, the replica transmission channel includes a replica channel bracket, a replica channel bottom plate, a replica channel side plate, a replica bearing seat, a channel connecting plate, a conveyor pulley IV, a driving shaft IV, a driven shaft IV, a step belt, a step detection photoelectric, a drive motor IV, a motor bracket IV and a drive belt IV; the replica channel bottom plate is installed on the replica channel bracket, the replica channel bracket is fixed on the bottom frame, the replica channel side plate is fixed on both sides of the replica channel bottom plate through the channel connecting plate, the conveyor pulley IV is installed in the replica bearing seat through the driving shaft IV and the driven shaft IV respectively, the replica bearing seat is fixed on the lower side of the replica channel bottom plate, the driving shaft IV and the driven shaft IV are respectively arranged at the front and rear ends of the replica channel bottom plate, and the step belt is installed on the conveyor pulley IV; the drive motor IV is fixed to the side of the replica channel side plate through the motor bracket IV, and the drive motor IV drives the driving shaft IV to rotate through the drive belt IV; the step detection photoelectric is installed on the replica channel side plate for detecting the position of the replica.

[0020] The plastic packaging machine is prior art.

[0021] A driving license making method of a driving license making device specifically comprises the following steps:

[0022] S1. Enter the homepage of the information system, select business, and click the option of driving license issuance;

[0023] S2. Place the ID card on the second-generation ID card reader to read the ID card information, query the agent driving license from the examination system of the information system and put it into the certificate list, and query the driving license printing information through the public security network six-in-one platform system of the information system;

[0024] S3, the information system collects portrait information through the camera for comparison, performs portrait recognition, and intelligently compares the ID card information with the collected portrait information. When the person-document combination comparison is successful, the next step is entered. When the person-document combination comparison fails, the program returns to S2;

[0025] S4. The information system provides textual guidance on the business handling process through the display screen, including confirmation of driving license information, input of vehicle information, application reason, contact information input, electronic signature and business information confirmation;

[0026] S5. The information system verifies the information of the current driving license acceptance business but not yet issued, and then pays online by scanning the QR code;

[0027] S6, the photo paper falls into the photo paper box and enters the photo printer, and the motor vehicle photo is queried through the public security network six-in-one platform system, and the vehicle photo is printed;

[0028] S7. After the vehicle photo is printed, the fan blows the PCT heating module of the photo printer to generate hot air to dry the ink on the surface of the photo. After drying, the photo enters the photo flip channel and flips 180 degrees, and then waits in the original and photo push module;

[0029] S8. The certificate core first falls into the certificate core box and enters the information printer. The barcode of the certificate core is scanned by a barcode gun, the certificate core number is read in, and the file number is generated. Then, the driver and vehicle information on the original and duplicate certificate cores are queried through the public security network six-in-one platform system, and the certificate core information is printed;

[0030] S9, the certificate core is transported to the cutter assembly through the certificate transmission channel and the cutting transmission channel, and the cutter assembly separates the original and the duplicate of the certificate core;

[0031] S10, the original is transmitted back to the original and photo pushing module through the cutting transmission channel, and the original is located on the upper side of the vehicle photo; the original and the vehicle photo are merged in the back-to-back position, and the certificate film falls from the certificate film box, and then the certificate film suction module separates the upper film and the lower film of the certificate film, and the original and photo pushing module pushes the original and the vehicle photo into the certificate film together, and then pushes the original, the vehicle photo and the certificate film to the entrance of the laminator for laminating at the same time.

[0032] S11. After the plastic sealing is completed, the original and the vehicle photo are transported to the exit, and the copy is transported to the exit through the copy transmission channel, and the certificate sleeve is transported to the exit at the same time, completing the driving license production.

[0033] By adopting the above technical solution, the beneficial effects achieved by the present invention are as follows:

[0034] (1) The present invention realizes automatic production of driving license through the interaction of information printing module, certificate transmission channel, photo printing module, photo flipping channel, certificate core box, certificate film box, photo paper box, cutting transmission channel, cutter assembly, original and photo pushing module, certificate film suction module, copy transmission channel, laminator and fan. It is used for integrated certificate production equipment, one-button certificate production, high degree of automation, simple operation, high efficiency, reducing the workload of staff, avoiding the problem of misprinting and wrong printing, and self-service processing, which is convenient and fast.

[0035] (2) The layout of each structure is reasonable. Through the structure and position of the photo flipping channel, cutting transmission channel, certificate transmission channel, original and photo pushing module, and copy transmission channel, reasonable certificate production is achieved with small space occupation and high certificate production efficiency.

[0036] (3) The information system of the present invention needs to perform portrait comparison and have a liveness detection function to prevent 3D portraits from forging identity information through verification and ensure the security of driving license issuance.

[0037] (4) After the vehicle photo is printed, the ink on the surface is not dry yet. The fan blows the PCT heating module to quickly dry the photo ink with hot air, ensuring good vehicle photo effects and high certificate production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 It is a structural schematic diagram of the present invention;

[0039] Figure 2 It is a structural diagram of the information printing module;

[0040] Figure 3 This is a schematic diagram of the structure of the certificate transmission channel;

[0041] Figure 4 It is a structural schematic diagram of a photo printing module;

[0042] Figure 5 This is a schematic diagram of the structure of the photo flip channel;

[0043] Figure 6 The schematic diagram of the structure of the core box is shown below;

[0044] Figure 7 To cut the transmission channel;

[0045] Figure 8 is a structural schematic diagram of a cutter assembly;

[0046] Fig. 9 This is a structural diagram of the original and photo push module;

[0047] Fig.10 This is a schematic diagram of the structure of the membrane absorption module;

[0048] Fig.11 This is a schematic diagram of the structure of the copy transmission channel;

[0049] Fig.12 It is a work flow chart of the present invention;

[0050] Fig.13 It is a principle block diagram of the present invention.

[0051] In the figure, information printing module 1, certificate transmission channel 2, photo printing module 3, photo flip channel 4, certificate core box 5, certificate film box 6, photo paper box 7, cutting transmission channel 8, cutter assembly 9, original and photo pushing module 10, certificate film suction module 11, copy transmission channel 12, laminator 13, chassis 14, fan 15, information printer 16, fixed plate 17, channel side plate 21, channel bottom plate 22, channel support plate 23, transmission synchronous belt 1 24, synchronous pulley 1 25, synchronous pulley driving shaft 1 26, synchronous pulley driven shaft 1 27, transmission motor 1 28, motor bracket 1 29, motor synchronous belt 1 210, floating wheel 1 212, torsion spring 213, paper feed detection photoelectric 214, paper output detection photoelectric 215, photo printer 31, printer bracket 32, photo printer fixing plate 33, flip channel 41, photo outlet bottom plate 42, photo pickup roller 43, photo pickup roller shaft 44, photo outlet motor 45, photo outlet motor bracket 46, photo motor synchronous belt 47, photo detection photoelectric 48, photo receiving bottom plate 49, certificate core box body 51, certificate core pickup roller 52, certificate core pickup roller shaft 53, synchronous belt pulley II 54, paging device 55, paging device shaft 56, certificate core pressing block 57, drive motor II 58, motor bracket II 59, synchronous belt II 510, rocker photoelectric 511, barcode gun 512, barcode gun bracket 513, spring rod 514, cutting channel bottom plate 81, cutting channel side plate 82, cutting channel support plate 83, cutting transmission belt 84, cutting transmission shaft 85, cutting transmission pulley 86, belt support pulley 87, floating wheel III 88, floating shaft III 89, transmission motor III 810, transmission motor bracket III811, driving belt III 812, certificate core detection photoelectric 813, cutting bracket 91, cutter fixing plate 92, cutter mounting plate 93, cutter pressure plate 94, cutter 95, guide shaft 96, linear bearing 97, photoelectric detection baffle 98, photoelectric mounting bracket 99, lead screw stepper motor 910, slot photoelectric 911, push block bracket 101, lower push block 102, lower pad 103, upper push block 104, upper pad 105, upper baffle 106, original push lead screw stepper motor 107, original push motor support 108, original push slot photoelectric 109, laminating stepper motor 111, laminating motor base 112, suction cup mounting plate 113, fixing block 114, laminating motor slot photoelectric 115, replica channel bracket 121, replica channel bottom plate 122, replica channel side plate 123, replica bearing seat 124, channel connecting plate 125, conveyor pulley IV 126 , driving shaft IV 127 , driven shaft IV 128 , step belt 129 , step detection photoelectric 130 , driving motor IV 131 , motor bracket IV 132 , driving belt IV 133 . DETAILED DESCRIPTION

[0052] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0053] Example 1

[0054] Reference Figure 1-13 A driving license making device includes an information printing module 1, a certificate transmission channel 2, a photo printing module 3, a photo flipping channel 4, a certificate core box 5, a certificate film box 6, a photo paper box 7, a cutting transmission channel 8, a cutting knife assembly 9, an original and photo pushing module 10, a certificate film suction module 11, a copy transmission channel 12, a laminator 13, a bottom frame 14 and a fan 15;

[0055] The bottom frame 14 is the base of the whole device, the photo paper box 7 is installed at the entrance of the photo printing module 3, the fan 15 is installed at the upper end of the photo turning channel 4, and other structures are installed on the bottom frame 14;

[0056] The information printing module 1 and the photo printing module 3 are arranged at the front end of the bottom frame 14, and are distributed in a broken line shape. The cutter assembly 9 and the copy transmission channel 12 are arranged at the rear end of the bottom frame 14; the certificate core box 5 is arranged at the entrance of the information printing module 1, and the certificate transmission channel 2 is arranged at the exit of the information printing module 1. The certificate transmission channel 2 is connected to the cutter assembly 9 through the cutting transmission channel 8. The upper side of the photo flip channel 4 is connected to the photo printing module 3; the original and photo pushing module 10 is arranged at the front side of the cutting transmission channel 8 and is connected to the lower side of the photo flip channel 4. The side and cutting transmission channel 8 are connected, which are used to transport the original separated by the cutting knife assembly 9 and the photo flipped 180 degrees by the photo flipping channel 4 to the certificate film of the certificate film suction module 11; the laminator 13 is connected to the certificate film suction module 11, which is used to plasticize the certificate film, the original and the photo; the certificate film box 6 is arranged on the upper side of the laminator 13, and the certificate film suction module 11 is arranged on one side of the certificate film box 6, which is used to suck away the certificate film dropped from the certificate film box 6; the copy transmission channel 12 is connected to the cutting knife assembly 9, which is used to transport the copy separated by the cutting knife assembly 9 to the exit.

[0057] Furthermore, a card sleeve box is installed at the lower part of the base frame 14 for storing the card sleeves and conveying the card sleeves to the exit.

[0058] Furthermore, the driving license issuing equipment also includes a host computer, a motion control card and a UPS power supply. The host computer is used for electrical control and is connected to the information system, and adopts a host computer end to directly control the motion control card; the motion control card is used to control the power supply, power failure and electrical protection of the motor, monitor the real-time operating status and feed back to the host computer, and when the operation is abnormal, make an operating status selection and send an error code signal to feed back to the host computer to remind the user to deal with the abnormal state; the UPS power supply is used to provide uninterruptible power supply when the city power is cut off.

[0059] Furthermore, the information printing module 1 includes an information printer 16 and a fixing plate 17. The fixing plate 17 is arranged at the lower side of the information printer 16. The information printer 16 is fixed to the chassis 14 through the fixing plate 17. The information printer 16 is used to print the information part on the original and the copy of the driving license.

[0060] Furthermore, the document transmission channel 2 includes a channel side plate 21, a channel bottom plate 22, a channel support plate 23, a transmission synchronous belt 124, a synchronous pulley 125, a synchronous pulley driving shaft 126, a synchronous pulley driven shaft 127, a transmission motor 128, a motor bracket 129, a motor synchronous belt 1210, a floating wheel 1212, a torsion spring 213, a paper feed detection photoelectric 214 and a paper output detection photoelectric 215; the channel side plate 21 is fixed above the channel support plate 23, the channel support plate 23 is fixed on the base frame 14, and the channel bottom plate 22 is fixed between the channel side plates 21; both ends of the synchronous pulley driving shaft 126 and the synchronous pulley driven shaft 127 are fixed on the channel bottom plate 22, the synchronous pulley 125 is installed on the synchronous pulley driving shaft 126 and the synchronous pulley driven shaft 127, and the transmission synchronous belt 124 is installed on the synchronous pulley 1 25, and is arranged in the middle of the channel bottom plate 22; the floating wheel I 212 is installed on the channel side plate 21 in the form of a torsion spring 213, and the floating wheel I 212 is arranged above the transmission timing belt I 24; the transmission motor I 28 is fixed to the channel side plate 21 through the motor bracket I 29, and drives the timing belt pulley driving shaft I 26 through the motor timing belt I 210, the paper feed detection photoelectric 214 and the paper output detection photoelectric 215 are installed on the channel side plate 21, and the paper feed detection photoelectric 214 is arranged on the side of the information printer 16, and the paper output detection photoelectric 215 is arranged on the side away from the information printer 16.

[0061] During specific implementation, the transmission motor I 28 drives the synchronous belt driving shaft I 26 to rotate through the motor synchronous belt I 210, and drives the transmission synchronous belt I 24 to move through the synchronous belt pulley I 25. The certificate core is located between the transmission synchronous belt I 24 and the floating wheel I 212, thereby realizing the transmission of the certificate core; and the position of the certificate core in the certificate transmission channel 2 is detected by the paper feed detection photoelectric 214 and the paper output detection photoelectric 215.

[0062] Furthermore, the photo printing module 3 includes a photo printer 31, a printer bracket 32 ​​and a photo printer fixing plate 33, the photo printer 31 is fixed to the printer bracket 32 ​​through the photo printer fixing plate 33, the printer bracket 32 ​​is fixed to the base frame 14, and the photo paper box 7 is installed on the photo printer 31.

[0063] Furthermore, the photo flipping channel 4 includes a flipping channel 41, a photo outlet bottom plate 42, a photo pickup roller 43, a photo pickup roller shaft 44, a photo outlet motor 45, a photo outlet motor bracket 46, a photo motor synchronous belt 47, a photo detection photoelectric 48 and a photo receiving bottom plate 49; the photo outlet bottom plate 42 is fixed to the upper end of the flipping channel 41, the photo pickup roller 43 is fixed above the flipping channel 41 through the photo pickup roller shaft 44, and the photo pickup roller 43 is tangent to the photo outlet bottom plate 42; The photo outlet motor 45 is fixed to the side of the flip channel 41 through the photo outlet motor bracket 46, and the photo outlet motor 45 drives the photo paper pickup wheel shaft 44 through the photo motor synchronous belt 47; the photo detection photoelectric 48 is fixed on the flip channel 41 and is arranged on the upper side of the entrance of the photo outlet bottom plate 42, and the photo receiving bottom plate 49 is installed below the flip channel 41; the flip channel 41 is a vertical structure, and the side wall on the same side as the photo outlet bottom plate 42 is first tilted inward and then tilted outward, and the flip channel 41 is fixed on the base frame 14.

[0064] During specific implementation, the photos printed by the photo printer 31 are transferred to the photo outlet bottom plate 42, and the photo outlet motor 45 drives the photo paper pickup wheel shaft 44 to rotate through the photo motor synchronous belt 47, thereby driving the photo paper pickup wheel 43 to rotate, and transferring the photos to the flip channel 41. The photos fall onto the photo receiving bottom plate 49 through the flip channel 41. At the same time, under the action of the structure of the flip channel 41, the photos complete a 180-degree flip during the falling process, and the position of the photos on the photo outlet bottom plate 42 is detected by the photo detection photoelectric 48.

[0065] Further, the certificate core box 5 includes a certificate core box body 51, a certificate core paper pickup wheel 52, a certificate core paper pickup wheel shaft 53, a synchronous pulley II 54, a pager 55, a pager shaft 56, a certificate core pressing block 57, a drive motor II 58, a motor bracket II 59, a synchronous belt II510, a rocker photoelectric 511, a barcode gun 512, a barcode gun bracket 513 and a spring rod 514; the certificate core paper pickup wheel 52 is fixed to the bottom of the certificate core box body 51 through the certificate core paper pickup wheel shaft 53, the synchronous pulley II 54 is fixed to the shaft end of the certificate core paper pickup wheel shaft 53, the drive motor II 58 drives the synchronous pulley II 54 through the synchronous belt II 510, and the drive motor II 58 is driven by the motor bracket II 59 is fixed on the side of the certificate core box body 51; the pager 55 is fixed on the certificate core box body 51 through the pager shaft 56 and is tangent to the upper side of the certificate core paper pickup roller 52; the spring rod 514 is arranged on both sides of the certificate core box body 51, and the upper and lower ends of the spring rod 514 are fixed on the certificate core box body 51, the certificate core pressure block 57 passes through the spring rod 514 and is arranged above the certificate core paper pickup roller 52; the rocker photoelectric 511 is installed on the certificate core box body 51 and is located on the rear side of the certificate core paper pickup roller 52, the bar code gun 512 is fixed to the front side of the certificate core box body 51 through the bar code gun bracket 513, and the certificate core box body 51 is fixed on the base frame 14.

[0066] During specific implementation, the driving motor II 58 drives the certificate core paper pickup wheel shaft 53 to rotate through the synchronous belt II 510 and the synchronous pulley II 54, thereby driving the certificate core paper pickup wheel 52 to rotate, transporting the certificate core backward, separating a single certificate core through the pager 55 and continuing to transport it backward, a spring is installed on the spring rod 514, and the certificate core pressing block 57 is pressed above the certificate core paper pickup wheel 52 by the pressing force of the spring, thereby pressing and transporting the certificate core, the rocker photoelectric 511 detects whether the certificate core is transported to the exit, and the barcode gun 512 scans the barcode on the certificate core.

[0067] Furthermore, the structures of the certificate film box 6 , the photo paper box 7 , the certificate sleeve box and the certificate core box 5 are the same.

[0068] Furthermore, the cutting transmission channel 8 includes a cutting channel bottom plate 81, a cutting channel side plate 82, a cutting channel support plate 83, a cutting transmission belt 84, a cutting transmission shaft 85, a cutting transmission pulley 86, a belt support pulley 87, a floating wheel III88, a floating shaft III 89, a transmission motor III 810, a transmission motor bracket III 811, a drive belt III 812 and the core detection photoelectric 813; the cutting channel bottom plate 81 is fixed on the cutting channel support plate 83, the cutting channel side plate 82 is fixed on both sides of the cutting channel bottom plate 81, and the cutting channel support plate 83 is fixed on the base frame 14; the cutting transmission pulley 86 is fixed on the cutting channel bottom plate 81 through the cutting transmission shaft 85, and the cutting transmission pulley 86 is arranged in the middle of the cutting channel bottom plate 81, and the cutting transmission belt 84 is installed on the cutting transmission pulley 86; the belt support wheel 87 is fixed on the cutting channel bottom plate 81 and is arranged on the lower side of the cutting transmission belt 84 for supporting the belt; the floating wheel III 88 is fixed on the cutting channel side plate 82 through the floating wheel shaft III 89, and is arranged on the upper side of the cutting transmission belt 84, corresponding to the belt support wheel 87; the transmission motor III 810 is fixed to the side of the cutting channel bottom plate 81 through the transmission motor bracket III 811, and the transmission motor III 810 is driven by the belt III 812 drives the cutting transmission shaft 85 to rotate; the core detection photoelectric 813 is installed at the entrance of the cutting channel side plate 82.

[0069] During specific implementation, the transmission motor III 810 drives the cutting transmission shaft 85 to rotate through the driving belt III 812, thereby driving the cutting transmission pulley 86 and the cutting transmission belt 84 to rotate, and through the floating wheel III 88 and the belt support wheel 87, the certificate core is transported on the cutting transmission belt 84; the certificate core detection photoelectric 813 is used to detect whether the certificate core enters the cutting transmission belt 84.

[0070] Further, the cutter assembly 9 includes a cutting bracket 91, a cutter fixing plate 92, a cutter mounting plate 93, a cutter pressing plate 94, a cutter 95, a guide shaft 96, a linear bearing 97, a photoelectric detection baffle 98, a photoelectric mounting bracket 99, a lead screw stepper motor 910 and a slot-type photoelectric 911; the cutting bracket 91 is a bracket in the vertical direction, the lead screw stepper motor 910 and the photoelectric mounting bracket 99 are fixed on the cutting bracket 91, and the slot-type photoelectric 911 is installed on the photoelectric mounting bracket 99; The cutter fixing plate 92 is installed on the slide of the screw stepper motor 910. The cutter fixing plate 92 is L-shaped. The photoelectric detection baffle 98 is installed on the vertical part of the cutter fixing plate 92. The cutter mounting plate 93 is fixed on the lower side of the horizontal part of the cutter fixing plate 92. The cutter 95 is fixed on the lower side of the cutter mounting plate 93; the cutter pressing plate 94 is arranged on the lower side of the cutter 95, the lower end of the guide shaft 96 is connected to the cutter pressing plate 94, and the upper end of the guide shaft 96 is connected to the cutter fixing plate 92 through a linear bearing 97.

[0071] During specific implementation, the screw stepper motor 910 drives the cutter fixing plate 92 to move downward, thereby driving the cutter mounting plate 93 and the cutter 95 to move downward. The cutter 95 moves vertically downward along the guide shaft 96. The cutter pressing plate 94 presses the certificate core, and the cutter 95 cuts the certificate core into an original and a copy. The photoelectric detection baffle 98 and the slot-type photoelectric 911 detect the position of the cutter 95.

[0072] Furthermore, the original and photo pushing module 10 includes a pushing block bracket 101, a lower pushing block 102, a lower pad 103, an upper pushing block 104, an upper pad 105, an upper baffle 106, an original pushing screw stepper motor 107, an original pushing motor support 108 and an original pushing slot-type photoelectric 109; the lower pushing block 102, the lower pad 103, the upper pushing block 104, the upper pad 105 and the upper baffle 106 are assembled on the pushing block bracket 101 in order from bottom to top, the pushing block bracket 101 is fixed on the slide of the original pushing screw stepper motor 107, the original pushing screw stepper motor 107 is fixed on the base frame 14 through the original pushing motor support 108, and the original pushing slot-type photoelectric 109 is installed on the side of the original pushing screw stepper motor 107 for detecting the position of the slide.

[0073] During specific implementation, the original copy is transported between the lower pad 103 and the upper pad 105, and the original copy pushing screw stepper motor 107 runs, driving the push block bracket 101 to move, thereby driving the original copy clamped between the lower pad 103 and the upper pad 105 to move, and the position of the slide is detected by the original copy pushing slot photoelectric 109 to determine the position of the original copy.

[0074] Furthermore, the film suction module 11 includes a laminating stepper motor 111, a laminating motor base 112, a suction cup mounting plate 113, a fixing block 114 and a laminating motor slot-type photoelectric 115; the laminating stepper motor 111 is installed on the laminating motor base 112, the laminating motor base 112 is fixed on the base frame 14, the suction cup mounting plate 113 and the fixing block 114 are fixed on the slide of the laminating stepper motor 111, the fixing block 114 is arranged on the upper side of the suction cup mounting plate 113, and the fixing block 114 and the suction cup mounting plate 113 are distributed in a broken line shape; the laminating motor slot-type photoelectric 115 is fixed on the laminating stepper motor 111, and is used to detect the position of the slide of the laminating stepper motor 111.

[0075] During specific implementation, the suction cup is installed on the suction cup mounting plate 113. After the laminating stepper motor 111 is started, the slide moves to drive the fixed block 114 and the suction cup mounting plate 113 to move downward, thereby realizing the downward movement of the suction cup until the suction cup sucks the upper film of the certificate film. Then the slide of the laminating stepper motor 111 moves upward, driving the suction cup to move upward, thereby separating the upper film and the lower film of the certificate film.

[0076] Further, the replica transmission channel 12 includes a replica channel bracket 121, a replica channel bottom plate 122, a replica channel side plate 123, a replica bearing seat 124, a channel connecting plate 125, a conveyor pulley IV 126, a driving shaft IV 127, a driven shaft IV 128, a step belt 129, a step detection photoelectric 130, a drive motor IV 131, a motor bracket IV 132 and a drive belt IV 133; the replica channel bottom plate 122 is installed on the replica channel bracket 121, the replica channel bracket 121 is fixed on the base frame 14, the replica channel side plate 123 is fixed on both sides of the replica channel bottom plate 122 through the channel connecting plate 125, the conveyor pulley IV 126 is installed in the replica bearing seat 124 through the driving shaft IV 127 and the driven shaft IV 128 respectively, the replica bearing seat 124 is fixed on the lower side of the replica channel bottom plate 122, the driving shaft IV 127 and the driven shaft IV 128 are respectively arranged at the front and rear ends of the replica channel bottom plate 122, and the step belt 129 is installed on the conveyor pulley IV 126; the driving motor IV 131 is fixed to the side of the replica channel side plate 123 through the motor bracket IV 132, and the driving motor IV 131 drives the driving shaft IV 127 to rotate through the driving belt IV 133; the step detection photoelectric 130 is installed on the replica channel side plate 123 for detecting the position of the replica.

[0077] During specific implementation, the driving motor IV 131 drives the driving shaft IV 127 to rotate through the driving belt IV 133, thereby driving the conveyor pulley IV 126 and the table belt 129 to move, realizing the transmission of the copy, and detecting the conveying position of the copy on the step belt 129 through the step detection photoelectric 130.

[0078] The plastic packaging machine 13 is a prior art.

[0079] A driving license making method of a driving license making device specifically comprises the following steps:

[0080] S1. Enter the homepage of the information system, select business, and click the option of driving license issuance;

[0081] S2. Place the ID card on the second-generation ID card reader to read the ID card information, query the agent driving license from the examination system of the information system and put it into the certificate list, and query the driving license printing information through the public security network six-in-one platform system of the information system;

[0082] S3, the information system collects portrait information through the camera for comparison, performs portrait recognition, and intelligently compares the ID card information with the collected portrait information. When the person-document combination comparison is successful, the next step is entered. When the person-document combination comparison fails, the program returns to S2;

[0083] S4. The information system provides textual guidance on the business handling process through the display screen, including confirmation of driving license information, input of vehicle information, application reason, contact information input, electronic signature and business information confirmation;

[0084] S5. The information system verifies the information of the current driving license acceptance business but not yet issued, and then pays online by scanning the QR code;

[0085] S6, the photo paper falls into the photo paper box 7 and enters the photo printer 31, and the vehicle photo is queried through the six-in-one platform system of the public security network, and the vehicle photo is printed;

[0086] S7, after the vehicle photo is printed, the fan 15 blows the PCT heating module of the photo printer 31 to generate hot air to dry the ink on the surface of the photo, and after drying, it enters the photo turning channel 4 and turns 180 degrees, and then waits in the original and photo pushing module 10;

[0087] S8, the certificate core first falls into the certificate core box 5 and enters the information printer 16, the certificate core barcode is scanned by the barcode gun 512, the certificate core number is read, the file number is generated, and then the driver and vehicle information on the original and duplicate certificate cores are queried through the public security network six-in-one platform system, and the certificate core information is printed;

[0088] S9, the certificate core is transported to the cutter assembly 9 through the certificate transmission channel 2 and the cutting transmission channel 8, and the cutter assembly 9 separates the original and the duplicate of the certificate core;

[0089] S10, the original is transmitted back to the original and photo pushing module 10 through the cutting transmission channel 8, and the original is located on the upper side of the vehicle photo; the original and the vehicle photo are merged in the back-to-back position, and the certificate film falls from the certificate film box 6, and then the certificate film suction module 11 separates the upper film and the lower film of the certificate film, and the original and photo pushing module 10 pushes the original and the vehicle photo into the certificate film together, and then pushes the original, the vehicle photo and the certificate film to the entrance of the laminating machine 13 for laminating,

[0090] S11. After the plastic sealing is completed, the original and the vehicle photo are transported to the exit, and the copy is transported to the exit through the copy transmission channel 12, and the certificate sleeve is transported to the exit at the same time, completing the driving license production.

Claims

1. A driving license making device, characterized in that: It includes information printing module, certificate transmission channel, photo printing module, photo flipping channel, certificate core box, certificate film box, photo paper box, cutting transmission channel, cutter assembly, original and photo pushing module, certificate film suction module, copy transmission channel, laminator, bottom frame and fan; The bottom frame is the base of the whole device, the photo paper box is installed at the entrance of the photo printing module, the fan is installed at the upper end of the photo turning channel, and other structures are installed on the bottom frame; The information printing module and the photo printing module are arranged at the front end of the chassis and are distributed in a zigzag shape, and the cutter assembly and the copy transmission channel are arranged at the rear end of the chassis; the certificate core box is arranged at the entrance of the information printing module, and the certificate transmission channel is arranged at the exit of the information printing module. The certificate transmission channel is connected to the cutter assembly through the cutting transmission channel, and the upper side of the photo flipping channel is connected to the photo printing module; the original and photo pushing module is arranged at the front side of the cutting transmission channel, and is connected to the lower side of the photo flipping channel and the cutting transmission channel, and is used to transport the original separated by the cutter assembly and the photo flipped 180 degrees in the photo flipping channel to the certificate film of the certificate film suction module; the laminating machine is connected to the certificate film suction module, and is used to laminatize the certificate film, the original and the photo; the certificate film box is arranged on the upper side of the laminating machine, and the certificate film suction module is arranged on one side of the certificate film box, and is used to suck away the certificate film dropped from the certificate film box; the copy transmission channel is connected to the cutter assembly, and is used to transport the copy separated by the cutter assembly to the exit; The document transmission channel includes a channel side plate, a channel bottom plate, a channel support plate, a transmission synchronous belt I, a synchronous pulley I, a synchronous pulley driving shaft I, a synchronous pulley driven shaft I, a transmission motor I, a motor bracket I, a motor synchronous belt I, a floating wheel I, a torsion spring, a paper feed detection photoelectric and a paper output detection photoelectric; the channel side plate is fixed above the channel support plate, the channel support plate is fixed on the chassis, and the channel bottom plate is fixed between the channel side plates; both ends of the synchronous pulley driving shaft I and the synchronous pulley driven shaft I are fixed on the channel bottom plate, and the synchronous pulley I is installed on the synchronous belt The transmission synchronous belt I is installed on the synchronous belt pulley I and is arranged in the middle of the channel bottom plate; the floating wheel I is installed on the channel side plate in the form of a torsion spring, and the floating wheel I is arranged above the transmission synchronous belt I; the transmission motor I is fixed to the channel side plate through the motor bracket I, and drives the synchronous belt pulley driving shaft I through the motor synchronous belt I, the paper feed detection photoelectric and the paper discharge detection photoelectric are installed on the channel side plate, and the paper feed detection photoelectric is arranged on the side of the information printer, and the paper discharge detection photoelectric is arranged on the side away from the information printer; The driving license issuing device also includes a host computer, a motion control card and a UPS power supply. The host computer is used for electrical control and is connected to the information system, and adopts a host computer end to directly control the motion control card; the motion control card is used to control the power supply, power failure and electrical protection of the motor, monitor the real-time operating status and feed back to the host computer, and when the operating status is abnormal, make an operating status selection and send an error code signal to feed back to the host computer to remind the user to handle the abnormal status; the UPS power supply is used to provide uninterruptible power supply when the city power is cut off.

2. The driving license making device according to claim 1, characterized in that: The lower part of the base frame is equipped with a card sleeve box for storing the card sleeves and conveying the card sleeves to the exit.

3. The driving license making device according to claim 1, characterized in that: The photo flipping channel comprises a flipping channel, a photo outlet bottom plate, a photo pickup wheel, a photo pickup wheel shaft, a photo outlet motor, a photo outlet motor bracket, a photo motor synchronous belt, a photo detection photoelectric device and a photo receiving bottom plate; the photo outlet bottom plate is fixed at the upper end of the flipping channel, the photo pickup wheel is fixed above the flipping channel through the photo pickup wheel shaft, and the photo pickup wheel is tangent to the photo outlet bottom plate; the photo outlet motor is fixed to the side of the flipping channel through the photo outlet motor bracket, and the photo outlet motor drives the photo pickup wheel shaft through the photo motor synchronous belt; the photo detection photoelectric device is fixed on the flipping channel and is arranged on the upper side of the entrance of the photo outlet bottom plate, and the photo receiving bottom plate is installed below the flipping channel; the flipping channel is a vertical structure, and the side wall on the same side as the photo outlet bottom plate is first tilted inward and then tilted outward, and the flipping channel is fixed on the bottom frame.

4. The driving license making device according to claim 1, characterized in that: The cutting transmission channel includes a cutting channel bottom plate, a cutting channel side plate, a cutting channel support plate, a cutting transmission belt, a cutting transmission shaft, a cutting transmission pulley, a belt support pulley, a floating wheel III, a floating shaft III, a transmission motor III, a transmission motor bracket III, a driving belt III and a core detection photoelectric device; the cutting channel bottom plate is fixed to the cutting channel support plate, the cutting channel side plates are fixed to both sides of the cutting channel bottom plate, and the cutting channel support plate is fixed to the base frame; the cutting transmission pulley is fixed to the cutting channel bottom plate through the cutting transmission shaft, and the cutting transmission pulley is arranged In the middle of the cutting channel bottom plate, the cutting transmission belt is installed on the cutting transmission pulley; the belt support wheel is fixed on the cutting channel bottom plate and is arranged on the lower side of the cutting transmission belt to support the belt; the floating wheel III is fixed on the cutting channel side plate through the floating wheel shaft III and is arranged on the upper side of the cutting transmission belt, corresponding to the belt support wheel; the transmission motor III is fixed on the side of the cutting channel bottom plate through the transmission motor bracket III, and the transmission motor III drives the cutting transmission shaft to rotate through the driving belt III; the core detection photoelectric is installed at the entrance of the cutting channel side plate.

5. The driving license making device according to claim 1, characterized in that: The cutter assembly comprises a cutting bracket, a cutter fixing plate, a cutter mounting plate, a cutter pressing plate, a cutter, a guide shaft, a linear bearing, a photoelectric detection baffle, a photoelectric mounting bracket, a lead screw stepper motor and a slot-type photoelectric; the cutting bracket is a vertical bracket, the lead screw stepper motor and the photoelectric mounting bracket are fixed on the cutting bracket, and the slot-type photoelectric is mounted on the photoelectric mounting bracket; the cutter fixing plate is mounted on the slide of the lead screw stepper motor, the cutter fixing plate is L-shaped, the photoelectric detection baffle is mounted on the vertical part of the cutter fixing plate, the cutter mounting plate is fixed on the lower side of the horizontal part of the cutter fixing plate, and the cutter is fixed on the lower side of the cutter mounting plate; the cutter pressing plate is arranged on the lower side of the cutter, the lower end of the guide shaft is connected to the cutter pressing plate, and the upper end of the guide shaft is connected to the cutter fixing plate through a linear bearing.

6. The driving license making device according to claim 1, characterized in that: The certificate core box comprises a certificate core box body, a certificate core pickup wheel, a certificate core pickup wheel shaft, a synchronous pulley II, a paging device, a paging device shaft, a certificate core pressure block, a driving motor II, a motor bracket II, a synchronous belt II, a rocker photoelectric, a barcode gun, a barcode gun bracket and a spring rod; the certificate core pickup wheel is fixed to the lower part of the certificate core box body through the certificate core pickup wheel shaft, the synchronous pulley II is fixed to the shaft end of the certificate core pickup wheel shaft, the driving motor II drives the synchronous pulley II through the synchronous belt II, and the driving motor II drives the synchronous pulley II through the synchronous belt II. The motor bracket II is fixed on the side of the certificate core box body; the paging device is fixed on the certificate core box body through the paging device shaft and is tangent to the upper side of the certificate core pickup roller; the spring rod is arranged on both sides of the certificate core box body, and the upper and lower ends of the spring rod are fixed on the certificate core box body, the certificate core pressure block passes through the spring rod and is arranged above the certificate core pickup roller; the rocker photoelectric is installed on the certificate core box body and is located at the rear side of the certificate core pickup roller, the barcode gun is fixed on the front side of the certificate core box body through the barcode gun bracket, and the certificate core box body is fixed on the bottom frame; The original and photo pushing module includes a push block bracket, a lower push block, a lower pad, an upper push block, an upper pad, an upper baffle, an original push lead screw stepping motor, an original push motor support and an original push slot type photoelectric; the lower push block, the lower pad, the upper push block, the upper pad and the upper baffle are assembled on the push block bracket in order from bottom to top, the push block bracket is fixed on the slide of the original push lead screw stepping motor, the original push lead screw stepping motor is fixed on the bottom frame through the original push motor support, and the original push slot type photoelectric is installed on the side of the original push lead screw stepping motor for detecting the position of the slide; The film suction module includes a laminating stepper motor, a laminating motor base, a suction cup mounting plate, a fixed block and a laminating motor slot-type photoelectric device; the laminating stepper motor is installed on the laminating motor base, the laminating motor base is fixed on the chassis, the suction cup mounting plate and the fixed block are fixed on the slide of the laminating stepper motor, the fixed block is arranged on the upper side of the suction cup mounting plate, and the fixed block and the suction cup mounting plate are distributed in a broken line shape; the laminating motor slot-type photoelectric device is fixed on the laminating stepper motor and is used to detect the position of the slide of the laminating stepper motor; The replica transmission channel includes a replica channel bracket, a replica channel bottom plate, a replica channel side plate, a replica bearing seat, a channel connecting plate, a conveyor pulley IV, a driving shaft IV, a driven shaft IV, a step belt, a step detection photoelectric, a drive motor IV, a motor bracket IV and a drive belt IV; the replica channel bottom plate is installed on the replica channel bracket, the replica channel bracket is fixed on the bottom frame, the replica channel side plate is fixed on both sides of the replica channel bottom plate through the channel connecting plate, the conveyor pulley IV is installed in the replica bearing seat through the driving shaft IV and the driven shaft IV respectively, the replica bearing seat is fixed on the lower side of the replica channel bottom plate, the driving shaft IV and the driven shaft IV are respectively arranged at the front and rear ends of the replica channel bottom plate, and the step belt is installed on the conveyor pulley IV; the drive motor IV is fixed to the side of the replica channel side plate through the motor bracket IV, and the drive motor IV drives the driving shaft IV to rotate through the drive belt IV; the step detection photoelectric is installed on the replica channel side plate for detecting the position of the replica.

7. A driving license making method according to claim 1, characterized in that: The specific steps include: S1. Enter the homepage of the information system, select business, and click the option of driving license issuance; S2. Place the ID card on the second-generation ID card reader to read the ID card information, query the agent driving license from the examination system of the information system and put it into the certificate list, and query the driving license printing information through the public security network six-in-one platform system of the information system; S3, the information system collects portrait information through the camera for comparison, performs portrait recognition, and intelligently compares the ID card information with the collected portrait information. When the person-document combination comparison is successful, the next step is entered. When the person-document combination comparison fails, the program returns to S2; S4. The information system provides textual guidance on the business handling process through the display screen, including confirmation of driving license information, input of vehicle information, application reason, contact information input, electronic signature and business information confirmation; S5. The information system verifies the information of the current driving license acceptance business but not yet issued, and then pays online by scanning the QR code; S6, the photo paper falls into the photo paper box and enters the photo printer, and the motor vehicle photo is queried through the public security network six-in-one platform system, and the vehicle photo is printed; S7. After the vehicle photo is printed, the fan blows the PCT heating module of the photo printer to generate hot air to dry the ink on the surface of the photo. After drying, the photo enters the photo flip channel and flips 180 degrees, and then waits in the original and photo push module; S8. The certificate core first falls into the certificate core box and enters the information printer. The barcode of the certificate core is scanned by a barcode gun, the certificate core number is read in, and the file number is generated. Then, the driver and vehicle information on the original and duplicate certificate cores are queried through the public security network six-in-one platform system, and the certificate core information is printed; S9, the certificate core is transported to the cutter assembly through the certificate transmission channel and the cutting transmission channel, and the cutter assembly separates the original and the duplicate of the certificate core; S10, the original is transmitted back to the original and photo pushing module through the cutting transmission channel, and the original is located on the upper side of the vehicle photo; the original and the vehicle photo are merged in the back-to-back position, and the certificate film falls from the certificate film box, and then the certificate film suction module separates the upper film and the lower film of the certificate film, and the original and photo pushing module pushes the original and the vehicle photo into the certificate film together, and then pushes the original, the vehicle photo and the certificate film to the entrance of the laminator for laminating at the same time. S11. After the plastic sealing is completed, the original and the vehicle photo are transported to the exit, and the copy is transported to the exit through the copy transmission channel, and the certificate sleeve is transported to the exit at the same time, completing the driving license production.

Images