CN113052282A - Driving license making equipment and method - Google Patents

Abstract

The technical scheme of the invention discloses driving license making equipment, wherein an information printing module and a photo printing module are arranged at the front end of a chassis and distributed in a zigzag shape, and a cutter component and a copy conveying channel are arranged at the rear end of the chassis; the certificate box is arranged at the inlet of the information printing module, the certificate transmission channel is arranged at the outlet of the information printing module, the certificate transmission channel is connected with the cutter component through the cutting transmission channel, and the upper side of the photo turning channel is connected with the photo printing module; the positive and photo pushing module is used for conveying the photos after the positive and photo overturning channels separated by the cut-off knife assembly are overturned by 180 degrees into the certificate film of the certificate film suction module; the certificate membrane suction module is used for sucking away the certificate membrane falling from the certificate membrane box; the duplicate conveying channel is connected with the cutter assembly and used for conveying the duplicate separated by the cutter assembly to the outlet. The automatic certificate making of the driving certificate is realized, the occupied space is small, the operation is simple, and the efficiency is high.

Description

Driving license making equipment and method

Technical Field

The invention relates to the technical field of automatic certificate making equipment, in particular to driving certificate making equipment and a driving certificate making method.

Background

The automobile driving license mainly comprises a front page, an auxiliary page and an automobile photo, wherein the front page and the automobile photo are oppositely arranged and protected by plastic package of a plastic package film, and the copy is the auxiliary page and is stored independently without plastic package. At present, the plastic package process in the certificate making method needs manual operation, so the certificate making method is mostly matched with a plurality of devices manually for printing, cutting front and back pages and plastic package. However, the manual certificate making speed is slow, and the certificate information is easy to make mistakes due to factors such as negligence of personnel. Related equipment is used for automatic making of driving licenses at present, but the conveying of the license cores is usually realized in a pneumatic or mechanical arm mode. Patent CN110682693A discloses an automatic system card machine, remove through control module control arm and get to put the card and get printing module entering information, type information finishes the back, absorb the card through the arm and tailor the card to rectifying and tailor the module and tailor the card, tailor the card of completion and advance the arm and absorb and carry out the plastic envelope to the plastic envelope module, processing both can export the frame through output module after accomplishing outside, realize automatic system card, but the mode debugging that the arm removed the card core is complicated, and the error is big, the structure is complicated, the fault rate is high.

Disclosure of Invention

In order to solve the prior technical problem, the invention provides a driving license making device and a driving license making method, which realize the automatic making of the driving license by mutually matching an information printing module, a certificate transmission channel, a photo printing module, a photo overturning channel, a certificate core box, a certificate film box, a photo paper box, a cutting transmission channel, a cutter assembly, a positive and photo pushing module, a certificate film suction module, a copy transmission channel and a plastic packaging machine, and have the advantages of small occupied space, simple operation, high efficiency and stable and reliable making effect.

The technical scheme of the invention is as follows: a driving license making device comprises an information printing module, a license transmission channel, a photo printing module, a photo overturning channel, a license core box, a license film box, a photo box, a cutting transmission channel, a cutter assembly, a positive and photo pushing module, a license film sucking module, a copy transmission channel, a plastic packaging machine, a bottom frame and a fan;

the chassis is a base body of the whole device, the photographic paper box is arranged at an inlet of the photo printing module, the fan is arranged at the upper end of the photo overturning channel, and other structures are arranged on the chassis;

the information printing module and the photo printing module are arranged at the front end of the bottom frame and are distributed in a zigzag shape, and the cutter assembly and the copy conveying channel are arranged at the rear end of the bottom frame; the certificate box is arranged at an inlet of the information printing module, the certificate transmission channel is arranged at an outlet of the information printing module, the certificate transmission channel is connected with the cutter component through the cutting transmission channel, and the upper side of the photo overturning channel is connected with the photo printing module; the positive and photo pushing module is arranged on the front side of the cutting transmission channel, connected with the lower side of the photo turning channel and the cutting transmission channel and used for conveying the positive and the photo turned by 180 degrees after the cut-off knife assembly is separated and the photo turned by the photo turning channel into the certificate film of the certificate film suction module; the plastic packaging machine is connected with the certificate film suction module and is used for carrying out plastic packaging on the certificate film, the original book and the photo; the certificate membrane box is arranged on the upper side of the plastic packaging machine, and the certificate membrane suction module is arranged on one side of the certificate membrane box and used for sucking away the certificate membrane falling from the certificate membrane box; the duplicate conveying channel is connected with the cutter assembly and used for conveying the duplicate separated by the cutter assembly to the outlet.

Further, a certificate sleeve box is arranged on the lower portion of the bottom frame and used for storing the certificate sleeve and conveying the certificate sleeve to an outlet.

Furthermore, the driving license making equipment also comprises an upper computer, a motion control card and a UPS power supply, wherein the upper computer is used for carrying out electrical control and is connected with an information system, and a control mode of a host computer end directly controlling the motion control card is adopted; the motion control card is used for controlling power supply, power failure and electrical protection of the motor, monitoring a real-time running state and feeding back the real-time running state to the upper computer, and when the motor runs in an abnormal state, selecting the running state and sending an error code signal to the upper computer to remind a user of processing the abnormal state; the UPS is used for providing an uninterruptible power supply when the mains supply is powered off.

Further, the information printing module comprises an information printer and a fixing plate, the fixing plate is arranged on the lower side of the information printer, the information printer is fixed on the chassis through the fixing plate, and the information printer is used for printing information parts on the driving license original and the copy.

Furthermore, the certificate transmission channel comprises a channel side plate, a channel bottom plate, a channel supporting plate, a transmission synchronous belt I, a synchronous belt wheel driving shaft I, a synchronous belt wheel driven shaft I, a transmission motor I, a motor support I, a motor synchronous belt I, a floating wheel I, a torsion spring, paper feeding detection photoelectricity and paper discharging detection photoelectricity; the channel side plates are fixed above the channel supporting plates, the channel supporting plates are fixed on the underframe, and the channel bottom plate is fixed between the channel side plates; two ends of a synchronous pulley driving shaft I and a synchronous pulley driven shaft I are fixed on the channel bottom plate, the synchronous pulley I is arranged on the synchronous pulley driving shaft I and the synchronous pulley driven shaft I, and a transmission synchronous belt I is arranged on the synchronous pulley I and is arranged in the middle of the channel bottom plate; the floating wheel I is arranged on the channel side plate in a torsion spring mode and is arranged above the conveying synchronous belt I; transmission motor I passes through motor support I to be fixed on the passageway curb plate, and drives synchronous pulley driving shaft I through motor hold-in range I, and the paper feed detects photoelectricity and goes out the paper and detect the photoelectricity and install on the passageway curb plate, and the paper feed detects photoelectricity and sets up in information printer one side, goes out paper and detect photoelectricity and set up in keeping away from information printer one side.

Further, the photo printing module comprises a photo printer, a printer support and a photo printer fixing plate, the photo printer is fixed on the printer support through the photo printer fixing plate, the printer support is fixed on the bottom frame, and the photographic paper box is installed on photo printing.

Further, the photo turning channel comprises a turning channel, a photo outlet bottom plate, a photo paper rolling wheel shaft, 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 turning channel, the photo paper pickup wheel is fixed above the turning channel through a photo paper pickup wheel shaft, and the photo paper pickup wheel is tangent to the photo outlet bottom plate; the photo outlet motor is fixed on the side surface of the turning channel through a photo outlet motor support, and the photo outlet motor drives the photo paper rubbing wheel shaft through a photo motor synchronous belt; the photo detection photoelectricity is fixed on the overturning channel and is arranged at the upper side of the entrance of the photo outlet bottom plate, and the photo carrying bottom plate is arranged below the overturning channel; the upset passageway is vertical structure, and the lateral wall with photo export bottom plate homonymy earlier inwards inclines, leans out again, and the upset passageway is fixed on the chassis.

Furthermore, the certificate core box comprises a certificate core box main body, a certificate core paper rubbing wheel shaft, a synchronous belt wheel II, a paging device shaft, a certificate core pressing block, a driving motor II, a motor support II, a synchronous belt II, a rocker photoelectric device, a bar code gun support and a spring rod; the card core paper twisting wheel is fixed below the card core box main body through a card core paper twisting wheel shaft, the synchronous belt wheel II is fixed at the shaft end of the card core paper twisting wheel shaft, the driving motor II drives the synchronous belt wheel II through the synchronous belt II, and the driving motor II is fixed on the side surface of the card core box main body through a motor support II; the paging device is fixed on the core box main body through a paging device shaft and is tangent to the upper side of the core paper-rolling wheel; the spring rods are arranged on two sides of the core box main body, the upper end and the lower end of each spring rod are fixed on the core box main body, and the core pressing block penetrates through the spring rods and is arranged above the core rubbing wheel; the rocker is installed on the core box main body in a photoelectric mode and located on the rear side of the core paper twisting wheel, the bar code gun is fixed on the front side of the core box main body through a bar code gun support, and the core box main body is fixed on the bottom frame.

Furthermore, the certificate film box, the photo box and the certificate sleeve box have the same structure as the certificate core box.

Further, the cutting transmission channel comprises a cutting channel bottom plate, a cutting channel side plate, a cutting channel supporting plate, a cutting transmission belt, a cutting transmission shaft, a cutting transmission belt wheel, a belt supporting wheel, a floating wheel III, a floating shaft III, a transmission motor support III, a driving belt III and a core detection photoelectric part; the cutting channel bottom plate is fixed on the cutting channel supporting plate, the cutting channel side plates are fixed on two sides of the cutting channel bottom plate, and the cutting channel supporting plate is fixed on the bottom frame; the cutting transmission belt wheel is fixed on the cutting channel bottom plate through a cutting transmission shaft, the cutting transmission belt 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 supporting wheel is fixed on the cutting channel bottom plate, arranged on the lower side of the cutting conveying belt and used for supporting the belt; the floating wheel III is fixed on the cutting channel side plate through a floating wheel shaft III, is arranged on the upper side of the cutting conveying belt and corresponds to the belt supporting wheel; the transmission motor III is fixed on the side surface of the cutting channel bottom plate through a transmission motor bracket III, and the transmission motor III drives the cutting transmission shaft to rotate through a driving belt III; the card core detection photoelectricity is installed at the entrance of the cutting channel side plate.

Further, the cutter assembly comprises a cutting support, a cutter fixing plate, a cutter mounting plate, a cutter pressing plate, a cutter, a guide shaft, a linear bearing, a photoelectric detection separation blade, a photoelectric mounting support, a lead screw stepping motor and a groove type photoelectric sensor; the cutting support is a support in the vertical direction, the lead screw stepping motor and the photoelectric mounting support are fixed on the cutting support, and the groove-shaped photoelectric mounting support is arranged on the photoelectric mounting support; the device comprises a lead screw stepping motor, a cutter fixing plate, a photoelectric detection separation blade, a cutter mounting plate and a cutter, wherein the cutter fixing plate is arranged on a sliding table of the lead screw stepping motor and is L-shaped; the cut-off knife clamp plate sets up the downside at the cut-off knife, and the lower extreme and the cut-off knife clamp plate of guiding axle are connected, and the upper end of guiding axle is passed through linear bearing and is connected with the cut-off knife fixed plate.

Further, the positive and photo pushing module comprises a pushing block bracket, a lower pushing block, a lower base plate, an upper pushing block, an upper base plate, an upper baffle plate, a positive pushing lead screw stepping motor, a positive pushing motor support and a positive pushing groove type photoelectricity; lower ejector pad, lower bolster, go up ejector pad, upper padding plate and last baffle assemble on the ejector pad support according to from ascending order down, and the ejector pad support is fixed on positive this propelling movement lead screw step motor's slip table, and positive this propelling movement lead screw step motor is fixed on the chassis through positive this propelling movement motor support, and positive this propelling movement cell type photoelectric mounting is in positive this propelling movement lead screw step motor side for detect the position of slip table.

Further, the film-evidence absorption module comprises a film-covering stepping motor, a film-covering motor base, a sucker mounting plate, a fixed block and a film-covering motor groove type photoelectricity; the film coating stepping motor is arranged on a film coating motor base which is fixed on the underframe, the sucking disc mounting plate and the fixed block are fixed on a sliding table of the film coating stepping motor, the fixed block is arranged on the upper side of the sucking disc mounting plate, and the fixed block and the sucking disc mounting plate are distributed according to a broken line type; the laminating motor groove type is photoelectrically fixed on the laminating stepping motor and used for detecting the position of a sliding table of the laminating stepping motor.

Further, the duplicate transfer channel comprises a duplicate channel support, a duplicate channel bottom plate, a duplicate channel side plate, a duplicate bearing seat, a channel connecting plate, a conveying belt wheel IV, a driving shaft IV, a driven shaft IV, a step belt, a step detection photoelectric sensor, a driving motor IV, a motor support IV and a driving belt IV; the duplicate channel bottom plate is installed on the duplicate channel support, the duplicate channel support is fixed on the bottom frame, the duplicate channel side plates are fixed on two sides of the duplicate channel bottom plate through channel connecting plates, the conveying belt wheels IV are installed in duplicate bearing seats through a driving shaft IV and a driven shaft IV respectively, the duplicate bearing seats are fixed on the lower side of the duplicate channel bottom plate, the driving shaft IV and the driven shaft IV are arranged at the front end and the rear end of the duplicate channel bottom plate respectively, and the step belts are installed on the conveying belt wheels IV; the driving motor IV is fixed on the side surface of the side plate of the duplicate channel through a motor support IV and drives the driving shaft IV to rotate through a driving belt IV; the step detection photoelectric device is arranged on the side plate of the copy channel and used for detecting the position of the copy.

The plastic packaging machine is in the prior art.

A certification method of a driving license certification device specifically comprises the following steps:

s1, entering a home page of an information system, selecting a service, and clicking a license making option of the driving license;

s2, placing the ID card on a second-generation ID card reader, reading the ID card information, inquiring a proxy driving card from an examination system of an information system, placing the proxy driving card into a card making list, and inquiring driving card printing information through a public security network six-in-one platform system of the information system;

s3, the information system collects portrait information through the camera for comparison, carries out portrait recognition, carries out intelligent comparison on the ID card information and the collected portrait information, enters the next operation when the people-certificate-in-one comparison is successful, and returns to S2 when the people-certificate-in-one comparison is failed;

s4, the information system performs literal guidance explanation on the business handling link through the display screen, and performs driving license information confirmation, vehicle information input, application reason, contact input, electronic signature and business information confirmation;

s5, the information system checks the information which has the driving license acceptance service and is not yet certified, and then the online payment is carried out by scanning the two-dimensional code;

s6, allowing the photographic paper to fall into a photographic printer in the photographic paper box, inquiring the automobile photos of the motor vehicle through a public security network six-in-one platform system, and printing the automobile photos;

s7, after the vehicle photo is printed, hot air is generated by blowing a PCT heating module of the photo printer through a fan to dry ink on the surface of the photo, the dried ink enters a photo turning channel to be turned for 180 degrees, and then the ink waits in a front book and photo pushing module;

s8, the certificate core falls down in the certificate core box and enters an information printer, a barcode gun is used for scanning a certificate core barcode, a certificate core number is read, an archive number is generated, then driver and vehicle information on the certificate core original and the copy are inquired through a public security network six-in-one platform system, and certificate core information is printed;

s9, conveying the certificate core to the cutter assembly through the certificate conveying channel and the cutting conveying channel, and separating the positive copy and the duplicate copy of the certificate core by the cutter assembly;

s10, the original book is transmitted back to the original book and the photo pushing module through the cutting transmission channel, and the original book is positioned on the upper side of the photo of the vehicle; the position of the original book and the position of the vehicle photo are combined back to back, the certificate film falls from the certificate film box at the moment, then the certificate film suction module separates the upper film and the lower film of the certificate film, the original book and the photo pushing module push the original book and the vehicle photo into the certificate film together, then the original book, the vehicle photo and the certificate film are pushed to the inlet of the plastic packaging machine for plastic packaging simultaneously,

s11, after the plastic package is completed, the original and the vehicle photo are conveyed to an outlet, meanwhile, the copy is conveyed to the outlet through a copy conveying channel, and the license sleeve is conveyed to the outlet at the same time, so that the license making of the driving license is completed.

By adopting the technical scheme, the invention has the following beneficial effects:

(1) the invention realizes the automatic making of the driving license through the interaction of the information printing module, the certificate transmission channel, the photo printing module, the photo overturning channel, the certificate core box, the certificate film box, the photo cutting transmission channel, the cutter component, the positive and photo pushing module, the certificate film suction module, the copy transmission channel, the plastic packaging machine and the fan, is used for integrated making license equipment, has the advantages of one-key making of the license, high automation degree, simple operation and high efficiency, reduces the workload of workers, avoids the problems of mistaken printing and mistaken printing, is self-service to handle, and is convenient and fast.

(2) Reasonable layout among the structures, reasonable certificate making is realized through the structure and the position of the photo overturning channel, the cutting transmission channel, the certificate transmission channel, the positive and photo pushing module and the copy transmission channel, the occupied space is small, and the certificate making efficiency is high.

(3) The information system of the invention needs to compare the portrait, has the function of in vivo detection, avoids the passing verification of the forged identity information of the 3D portrait and ensures the safety of the driving license.

(4) After the vehicle photo is printed, the surface ink is not dried, the PCT heating module is blown by the fan to dry the photo ink quickly by hot air, and the good effect and high certificate making efficiency of the vehicle photo are guaranteed.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic diagram of an information printing module;

FIG. 3 is a schematic view of a credential transmission channel;

FIG. 4 is a schematic diagram of a photo printing module;

FIG. 5 is a schematic diagram of a photo reversal tunnel;

FIG. 6 is a schematic structural diagram of a certificate box;

FIG. 7 is a cut transport channel;

FIG. 8 is a schematic view of the structure of the cutter assembly;

FIG. 9 is a schematic structural diagram of the album and photo pushing module;

FIG. 10 is a schematic structural view of a membrane suction module;

FIG. 11 is a schematic structural view of a duplicate transfer passage;

FIG. 12 is a flow chart of the operation of the present invention;

fig. 13 is a schematic block diagram of the present invention.

In the figure, an information printing module 1, a certificate transmission channel 2, a photo printing module 3, a photo turning channel 4, a certificate core box 5, a certificate film box 6, a photo paper box 7, a cutting transmission channel 8, a cutter component 9, a positive and photo pushing module 10, a certificate film suction module 11, a copy transmission channel 12, a plastic packaging machine 13, a bottom frame 14, a fan 15, an information printer 16, a fixing plate 17, a channel side plate 21, a channel bottom plate 22, a channel supporting plate 23, a transmission synchronous belt I24, a synchronous belt wheel I25, a synchronous belt wheel driving shaft I26, a synchronous belt wheel driven shaft I27, a transmission motor I28, a motor bracket I29, a motor synchronous belt I210, a torsion spring 213, a paper feeding detection photoelectricity 214, a floating detection photoelectricity 215, a photo printer 31, a printer bracket 32, a photo printer fixing plate 33, a turning channel 41, a photo outlet bottom plate 42, a paper outlet 42, A photo paper pickup wheel 43, a photo paper pickup wheel shaft 44, a photo outlet motor 45, a photo outlet motor support 46, a photo motor synchronous belt 47, a photo detection photoelectric 48, a photo receiving bottom plate 49, a certificate core box main body 51, a certificate core paper pickup wheel 52, a certificate core paper pickup wheel shaft 53, a synchronous belt wheel II 54, a paging device 55, a paging device shaft 56, a certificate core pressing block 57, a driving motor II 58, a motor support II 59, a synchronous belt II 510, a rocker photoelectric 511, a bar code gun 512, a bar code gun support 513, a spring rod 514, a cutting channel bottom plate 81, a cutting channel side plate 82, a cutting channel supporting plate 83, a cutting transmission belt 84, a cutting transmission shaft 85, a cutting transmission belt wheel 86, a belt supporting wheel 87, a floating wheel III 88, a floating shaft III 89, a transmission motor III 810, a transmission motor support 811 III, a driving belt 812, a certificate core detection photoelectric 813, a cutting support 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 screw stepping motor 910, a groove type photoelectric 911, a push block bracket 101, a lower push block 102, a lower cushion plate 103, an upper push block 104, an upper cushion plate 105, an upper baffle 106, a positive push screw stepping motor 107, a positive push motor support 108 and a positive push groove type photoelectric 109, the film coating device comprises a film coating stepping motor 111, a film coating motor base 112, a sucker mounting plate 113, a fixing block 114, a film coating motor groove type photoelectric device 115, a copy channel support 121, a copy channel bottom plate 122, a copy channel side plate 123, a copy bearing seat 124, a channel connecting plate 125, a conveying belt wheel IV 126, a driving shaft IV 127, a driven shaft IV 128, a step belt 129, a step detection photoelectric device 130, a driving motor IV 131, a motor support IV 132 and a driving belt IV 133.

Detailed Description

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

Example 1

Referring to fig. 1-13, a driving license making apparatus includes an information printing module 1, a license transmission channel 2, a photo printing module 3, a photo turning channel 4, a license box 5, a license box 6, a photo box 7, a cutting transmission channel 8, a cutter assembly 9, a positive and photo pushing module 10, a license absorbing module 11, a copy transmission channel 12, a plastic packaging machine 13, a bottom frame 14 and a fan 15;

the base frame 14 is a base body of the whole device, the photographic paper box 7 is arranged at the inlet of the photo printing module 3, the fan 15 is arranged at the upper end of the photo overturning channel 4, and other structures are arranged on the base frame 14;

the information printing module 1 and the photo printing module 3 are arranged at the front end of the bottom frame 14 and distributed in a zigzag shape, and the cutter component 9 and the copy conveying channel 12 are arranged at the rear end of the bottom frame 14; the certificate box 5 is arranged at an inlet of the information printing module 1, the certificate transmission channel 2 is arranged at an outlet of the information printing module 1, the certificate transmission channel 2 is connected with the cutter component 9 through the cutting transmission channel 8, and the upper side of the photo overturning channel 4 is connected with the photo printing module 3; the positive and photo pushing module 10 is arranged at the front side of the cutting transmission channel 8, is connected with the lower side of the photo turning channel 4 and the cutting transmission channel 8, and is used for conveying the positive and photo turned by 180 degrees in the positive and photo turning channel 4 after being separated by the cutter assembly 9 to the certificate film of the certificate film suction module 11; the plastic packaging machine 13 is connected with the certificate film sucking module 11 and is used for carrying out plastic packaging on the certificate film, the original book and the photo; the certificate membrane box 6 is arranged on the upper side of the plastic packaging machine 13, and the certificate membrane suction module 11 is arranged on one side of the certificate membrane box 6 and is used for sucking away the certificate membrane falling from the certificate membrane box 6; the duplicate conveying channel 12 is connected with the cutter assembly 9 and is used for conveying the duplicate separated by the cutter assembly 9 to an outlet.

Further, a certificate cover box is installed at the lower part of the chassis 14 for storing and delivering the certificate cover to an outlet.

Furthermore, the driving license making equipment also comprises an upper computer, a motion control card and a UPS power supply, wherein the upper computer is used for carrying out electrical control and is connected with an information system, and a control mode of a host computer end directly controlling the motion control card is adopted; the motion control card is used for controlling power supply, power failure and electrical protection of the motor, monitoring a real-time running state and feeding back the real-time running state to the upper computer, and when the motor runs in an abnormal state, selecting the running state and sending an error code signal to the upper computer to remind a user of processing the abnormal state; the UPS is used for providing an uninterruptible power supply when the mains supply is powered off.

Further, the information printing module 1 includes an information printer 16 and a fixing plate 17, the fixing plate 17 is disposed at a lower side of the information printer 16, the information printer 16 is fixed on the chassis 14 through the fixing plate 17, and the information printer 16 is used for printing information parts on the driving license original and the copy.

Further, the certificate transmission channel 2 comprises a channel side plate 21, a channel bottom plate 22, a channel supporting plate 23, a transmission synchronous belt I24, a synchronous belt wheel I25, a synchronous belt wheel driving shaft I26, a synchronous belt wheel driven shaft I27, a transmission motor I28, a motor support I29, a motor synchronous belt I210, a floating wheel I212, a torsion spring 213, a paper feeding detection photoelectricity 214 and a paper discharging detection photoelectricity 215; the channel side plate 21 is fixed above the channel support plate 23, the channel support plate 23 is fixed on the bottom frame 14, and the channel bottom plate 22 is fixed between the channel side plates 21; two ends of a synchronous pulley driving shaft I26 and a synchronous pulley driven shaft I27 are fixed on the channel bottom plate 22, a synchronous pulley I25 is installed on the synchronous pulley driving shaft I26 and the synchronous pulley driven shaft I27, and a transmission synchronous belt I24 is installed on the synchronous pulley I25 and is arranged in the middle of the channel bottom plate 22; a floating wheel I212 is arranged on the channel side plate 21 in the form of a torsion spring 213, and the floating wheel I212 is arranged above the conveying synchronous belt I24; the transmission motor I28 is fixed on the channel side plate 21 by a motor bracket I29, and drives the synchronous pulley driving shaft I26 by a motor synchronous belt I210, the paper feed detection photo-electricity 214 and the paper exit detection photo-electricity 215 are installed on the channel side plate 21, and the paper feed detection photo-electricity 214 is disposed on one side of the information printer 16, and the paper exit detection photo-electricity 215 is disposed on one side of the information printer 16.

In specific implementation, a transmission motor I28 drives a synchronous belt driving shaft I26 to rotate through a motor synchronous belt I210, a transmission synchronous belt I24 is driven to move through a synchronous belt pulley I25, and a certificate core is positioned between the transmission synchronous belt I24 and a floating wheel I212, so that the transmission of the certificate core is realized; and detects the position of the certificate core in the certificate transport path 2 by the paper feed detection photo 214 and the paper discharge detection photo 215.

Further, 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 on the printer bracket 32 through the photo printer fixing plate 33, the printer bracket 32 is fixed on the chassis 14, and the photo paper box 7 is mounted on the photo printer 31.

Further, the photo turning channel 4 comprises a turning channel 41, a photo outlet bottom plate 42, a photo pickup wheel 43, a photo pickup wheel shaft 44, a photo outlet motor 45, a photo outlet motor bracket 46, a photo motor synchronous belt 47, a photo detection photoelectric unit 48 and a photo receiving bottom plate 49; the photo outlet bottom plate 42 is fixed at the upper end of the turning channel 41, the photo paper pickup wheel 43 is fixed above the turning channel 41 through a photo paper pickup wheel shaft 44, and the photo paper pickup wheel 43 is tangent to the photo outlet bottom plate 42; a photo outlet motor 45 is fixed on the side surface of the turning channel 41 through a photo outlet motor bracket 46, and the photo outlet motor 45 drives a photo paper rubbing wheel shaft 44 through a photo motor synchronous belt 47; the photo detection photoelectric device 48 is fixed on the turning channel 41 and arranged at the upper side of the entrance of the photo exit base plate 42, and the photo receiving base plate 49 is arranged below the turning channel 41; the turning channel 41 is of a vertical structure, and the side wall on the same side as the photo outlet bottom plate 42 is firstly inclined inwards and then inclined outwards, and the turning channel 41 is fixed on the bottom frame 14.

In specific implementation, a photo printed by the photo printer 31 is transmitted to the photo outlet bottom plate 42, the photo outlet motor 45 drives the photo pickup wheel shaft 44 to rotate through the photo motor synchronous belt 47, so as to drive the photo pickup wheel 43 to rotate, transmit the photo to the turning channel 41, the photo falls onto the photo receiving bottom plate 49 through the turning channel 41, the photo is turned over by 180 degrees in the falling process under the action of the structure of the turning channel 41, and the position of the photo on the photo outlet bottom plate 42 is detected through the photo detection photoelectric sensor 48.

Further, the certificate core box 5 comprises a certificate core box main body 51, a certificate core paper twisting wheel 52, a certificate core paper twisting wheel shaft 53, a synchronous pulley II 54, a paging device 55, a paging device shaft 56, a certificate core pressing block 57, a driving motor II 58, a motor support II 59, a synchronous belt II 510, a rocker photoelectric device 511, a bar code gun 512, a bar code gun support 513 and a spring rod 514; the core paper twisting wheel 52 is fixed below the core box main body 51 through a core paper twisting wheel shaft 53, the synchronous pulley II 54 is fixed at the shaft end of the core paper twisting wheel shaft 53, the driving motor II 58 drives the synchronous pulley II 54 through a synchronous belt II 510, and the driving motor II 58 is fixed on the side surface of the core box main body 51 through a motor support II 59; the paging device 55 is fixed on the core box main body 51 through a paging device shaft 56 and is tangent to the upper side of the core paper twisting wheel 52; the spring rods 514 are arranged on two sides of the core box main body 51, the upper end and the lower end of each spring rod 514 are fixed on the core box main body 51, and the core pressing block 57 penetrates through the spring rods 514 and is arranged above the core paper twisting wheel 52; the rocker photoelectric device 511 is arranged on the core box main body 51 and is positioned at the rear side of the core paper twisting wheel 52, the bar code gun 512 is fixed at the front side of the core box main body 51 through a bar code gun bracket 513, and the core box main body 51 is fixed on the bottom frame 14.

During specific implementation, the driving motor II 58 drives the certificate core paper twisting wheel shaft 53 to rotate through the synchronous belt II 510 and the synchronous belt wheel II 54, the certificate core paper twisting wheel 52 is driven to rotate, the certificate core is transported backwards, a single certificate core is separated through the paging device 55 and is continuously conveyed backwards, the spring is mounted on the spring rod 514, the certificate core pressing block 57 is pressed above the certificate core paper twisting wheel 52 through pressing force of the spring, the certificate core is pressed and conveyed, the rocker photoelectric 511 detects whether the certificate core is conveyed to an outlet, and the bar code gun 512 scans bar codes on the certificate core.

Further, the certificate film box 6, the photographic paper box 7 and the certificate box are the same as the certificate box 5 in structure.

Further, the cutting transmission channel 8 comprises a cutting channel bottom plate 81, a cutting channel side plate 82, a cutting channel supporting plate 83, a cutting transmission belt 84, a cutting transmission shaft 85, a cutting transmission belt wheel 86, a belt supporting wheel 87, a floating wheel III 88, a floating shaft III 89, a transmission motor III 810, a transmission motor bracket III 811, a driving belt III 812 and a core detection photoelectric 813; the cutting channel bottom plate 81 is fixed on the cutting channel support plate 83, the cutting channel side plates 82 are fixed on two sides of the cutting channel bottom plate 81, and the cutting channel support plate 83 is fixed on the bottom frame 14; the cutting transmission belt wheel 86 is fixed on the cutting channel bottom plate 81 through a cutting transmission shaft 85, the cutting transmission belt wheel 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 belt wheel 86; a belt supporting wheel 87 is fixed on the cutting channel bottom plate 81 and arranged at the lower side of the cutting conveying belt 84 for supporting the belt; the floating wheel III 88 is fixed on the cutting channel side plate 82 through a floating wheel shaft III 89, is arranged on the upper side of the cutting transmission belt 84 and corresponds to the belt supporting wheel 87; the transmission motor III 810 is fixed on the side surface of the cutting channel bottom plate 81 through a transmission motor support III 811, and the transmission motor III 810 drives the cutting transmission shaft 85 to rotate through a driving belt III 812; the core detection photoelectric 813 is installed at the entrance of the side plate 82 of the cutting channel.

In specific implementation, the transmission motor III 810 drives the cutting transmission shaft 85 to rotate through the driving belt III 812, so as to drive the cutting transmission belt wheel 86 and the cutting transmission belt 84 to rotate, and the certificate cores are conveyed on the cutting transmission belt 84 through the floating wheel III 88 and the belt supporting wheel 87; the core detecting photo 813 is used to detect whether the core enters the cutting conveyer belt 84.

Further, the cutting knife assembly 9 comprises a cutting support 91, a cutting knife fixing plate 92, a cutting knife mounting plate 93, a cutting knife pressing plate 94, a cutting knife 95, a guide shaft 96, a linear bearing 97, a photoelectric detection baffle 98, a photoelectric mounting support 99, a lead screw stepping motor 910 and a groove type photoelectric sensor 911; the cutting bracket 91 is a bracket in the vertical direction, the lead screw stepping motor 910 and the photoelectric mounting bracket 99 are fixed on the cutting bracket 91, and the groove-shaped photoelectric 911 is mounted on the photoelectric mounting bracket 99; the cutter fixing plate 92 is installed on a sliding table of the lead screw stepping motor 910, the cutter fixing plate 92 is L-shaped, the photoelectric detection blocking piece 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, and the cutter 95 is fixed on the lower side of the cutter mounting plate 93; the cutter holding plate 94 is provided on the lower side of the cutter 95, the lower end of the guide shaft 96 is connected to the cutter holding plate 94, and the upper end of the guide shaft 96 is connected to the cutter holding plate 92 through a linear bearing 97.

During specific implementation, lead screw step motor 910 drives cut-off knife fixed plate 92 and moves down to drive cut-off knife mounting panel 93 and cut-off knife 95 downstream, cut-off knife 95 is along the vertical downstream of guiding axle 96, and cut-off knife clamp plate 94 compresses tightly the card core, and cut-off knife 95 cuts into the card core positive and copy, and photoelectric detection separation blade 98 and cell type photoelectricity 911 detect the position of cut-off knife 95.

Further, the positive 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, a positive pushing lead screw stepping motor 107, a positive pushing motor support 108 and a positive pushing groove type photoelectric sensor 109; lower ejector pad 102, lower bolster 103, upper ram 104, upper bolster 105 and last baffle 106 assemble on ejector pad support 101 according to from ascending order down, and ejector pad support 101 is fixed on positive this propelling movement lead screw step motor 107's slip table, and positive this propelling movement lead screw step motor 107 is fixed on chassis 14 through positive this propelling movement motor support 108, and positive this propelling movement cell type photoelectricity 109 is installed in positive this propelling movement lead screw step motor 107 side for detect the position of slip table.

During specific implementation, just originally carrying to between lower bolster 103 and the upper padding plate 105, just this propelling movement lead screw step motor 107 operation drives ejector pad support 101 and removes to the drive is pressed from both sides and is just being removed between lower bolster 103 and upper padding plate 105, detects the position of slip table through just this propelling movement cell type photoelectricity 109, thereby judges just original position.

Further, the film-evidence suction module 11 comprises a film-covering stepping motor 111, a film-covering motor base 112, a sucker mounting plate 113, a fixed block 114 and a film-covering motor groove-shaped photoelectric device 115; the film laminating stepping motor 111 is arranged on the film laminating motor base 112, the film laminating motor base 112 is fixed on the underframe 14, the sucker mounting plate 113 and the fixed block 114 are fixed on a sliding table of the film laminating stepping motor 111, the fixed block 114 is arranged on the upper side of the sucker mounting plate 113, and the fixed block 114 and the sucker mounting plate 113 are distributed according to a broken line; the laminating motor groove type photoelectric sensor 115 is fixed on the laminating stepping motor 111 and used for detecting the position of a sliding table of the laminating stepping motor 111.

During specific implementation, the sucking disc is installed on sucking disc mounting panel 113, and tectorial membrane step motor 111 starts the back, moves through the slip table and drives fixed block 114 and sucking disc mounting panel 113 downstream to realize that the sucking disc moves down, hold the last membrane of evidence membrane to the sucking disc, then tectorial membrane step motor 111 slip table rebound, drive sucking disc rebound, thereby will demonstrate the last membrane of membrane and separate with lower membrane.

Further, the duplicate transfer passage 12 includes a duplicate passage support 121, a duplicate passage bottom plate 122, a duplicate passage side plate 123, a duplicate bearing seat 124, a passage connection plate 125, a conveying pulley IV 126, a driving shaft IV 127, a driven shaft IV 128, a step belt 129, a step detection photo 130, a driving motor IV 131, a motor support IV 132, and a driving belt IV 133; the duplicate channel bottom plate 122 is installed on the duplicate channel support 121, the duplicate channel support 121 is fixed on the bottom frame 14, the duplicate channel side plates 123 are fixed on two sides of the duplicate channel bottom plate 122 through channel connecting plates 125, the conveying belt wheels IV 126 are respectively installed in duplicate bearing seats 124 through driving shafts IV 127 and driven shafts IV 128, the duplicate bearing seats 124 are fixed on the lower side of the duplicate channel bottom plate 122, the driving shafts IV 127 and the driven shafts IV 128 are respectively arranged at the front end and the rear end of the duplicate channel bottom plate 122, and the step belts 129 are installed on the conveying belt wheels IV 126; the driving motor IV 131 is fixed on the side surface of the copy channel side plate 123 through a motor support IV 132, and the driving motor IV 131 drives the driving shaft IV 127 to rotate through a driving belt IV 133; a step detection photo 130 is mounted on the copy passage side plate 123 for detecting the position of the copy.

In specific implementation, the driving motor IV 131 drives the driving shaft IV 127 to rotate through the driving belt IV 133, so as to drive the conveying belt wheel IV 126 and the stage machine belt 129 to move, so as to realize the transfer of the copy, and the conveying position of the copy on the stage belt 129 is detected through the stage detection photoelectric sensor 130.

The plastic packaging machine 13 is of the prior art.

A certification method of a driving license certification device specifically comprises the following steps:

s1, entering a home page of an information system, selecting a service, and clicking a license making option of the driving license;

s2, placing the ID card on a second-generation ID card reader, reading the ID card information, inquiring a proxy driving card from an examination system of an information system, placing the proxy driving card into a card making list, and inquiring driving card printing information through a public security network six-in-one platform system of the information system;

s3, the information system collects portrait information through the camera for comparison, carries out portrait recognition, carries out intelligent comparison on the ID card information and the collected portrait information, enters the next operation when the people-certificate-in-one comparison is successful, and returns to S2 when the people-certificate-in-one comparison is failed;

s4, the information system performs literal guidance explanation on the business handling link through the display screen, and performs driving license information confirmation, vehicle information input, application reason, contact input, electronic signature and business information confirmation;

s5, the information system checks the information which has the driving license acceptance service and is not yet certified, and then the online payment is carried out by scanning the two-dimensional code;

s6, the photographic paper falls down in the photographic paper box 7 and enters the photo printer 31, the photos of the motor vehicle are inquired through a public security network six-in-one platform system, and the photos of the motor vehicle are printed;

s7, after the vehicle photo is printed, the fan 15 blows a PCT heating module of the photo printer 31 to generate hot air to dry ink on the surface of the photo, the dried ink enters the photo turning channel 4 to be turned for 180 degrees, and then the ink waits in the front book and photo pushing module 10;

s8, the certificate core falls down in the certificate core box 5 and enters the information printer 16, the barcode gun 512 is used for scanning the certificate core barcode, the certificate core number is read, the file number is generated, then the driver and vehicle information on the certificate core original and the copy is inquired through a public security network six-in-one platform system, and the certificate core information is printed;

s9, conveying the certificate core to a cutter assembly 9 through the certificate conveying channel 2 and the cutting conveying channel 8, and separating the positive copy and the duplicate copy of the certificate core by the cutter assembly 9;

s10, the original book is transmitted back to the original book and photo pushing module 10 through the cutting transmission channel 8, and the original book is positioned on the upper side of the photos of the vehicle; the position of the original and the vehicle photo are combined back to back, at this time, the certificate film falls from the certificate film box 6, then the certificate film suction module 11 separates the upper film and the lower film of the certificate film, the original and photo pushing module 10 pushes the original and the vehicle photo into the certificate film together, then the original, the vehicle photo and the certificate film are pushed to the inlet of the plastic packaging machine 13 for plastic packaging simultaneously,

s11, after plastic package is completed, the original and the vehicle photo are conveyed to an outlet, meanwhile, the copy is conveyed to the outlet through the copy conveying channel 12, and the license sleeve is conveyed to the outlet at the same time, so that the license making of the driving license is completed.

Claims (9)

1. A travel certificate certification apparatus characterized by: the certificate film printer comprises an information printing module, a certificate transmission channel, a photo printing module, a photo overturning channel, a certificate core box, a certificate film box, a photo paper box, a cutting transmission channel, a cutter component, a positive and photo pushing module, a certificate film sucking module, a copy transmission channel, a plastic packaging machine, a bottom frame and a fan;

the chassis is a base body of the whole device, the photographic paper box is arranged at an inlet of the photo printing module, the fan is arranged at the upper end of the photo overturning channel, and other structures are arranged on the chassis;

the information printing module and the photo printing module are arranged at the front end of the bottom frame and are distributed in a zigzag shape, and the cutter assembly and the copy conveying channel are arranged at the rear end of the bottom frame; the certificate box is arranged at an inlet of the information printing module, the certificate transmission channel is arranged at an outlet of the information printing module, the certificate transmission channel is connected with the cutter component through the cutting transmission channel, and the upper side of the photo overturning channel is connected with the photo printing module; the positive and photo pushing module is arranged on the front side of the cutting transmission channel, connected with the lower side of the photo turning channel and the cutting transmission channel and used for conveying the positive and the photo turned by 180 degrees after the cut-off knife assembly is separated and the photo turned by the photo turning channel into the certificate film of the certificate film suction module; the plastic packaging machine is connected with the certificate film suction module and is used for carrying out plastic packaging on the certificate film, the original book and the photo; the certificate membrane box is arranged on the upper side of the plastic packaging machine, and the certificate membrane suction module is arranged on one side of the certificate membrane box and used for sucking away the certificate membrane falling from the certificate membrane box; the duplicate conveying channel is connected with the cutter assembly and used for conveying the duplicate separated by the cutter assembly to the outlet.

2. The driving license apparatus as recited in claim 1, wherein: the lower part of the bottom frame is provided with a certificate sleeve box used for storing the certificate sleeve and conveying the certificate sleeve to an outlet.

3. The driving license apparatus as recited in claim 1, wherein: the driving license making equipment further comprises an upper computer, a motion control card and a UPS (uninterrupted power supply), wherein the upper computer is used for carrying out electrical control and is connected with an information system, and a control mode of a host computer end for directly controlling the motion control card is adopted; the motion control card is used for controlling power supply, power failure and electrical protection of the motor, monitoring a real-time running state and feeding back the real-time running state to the upper computer, and when the motor runs in an abnormal state, selecting the running state and sending an error code signal to the upper computer to remind a user of processing the abnormal state; the UPS is used for providing an uninterruptible power supply when the mains supply is powered off.

4. The driving license apparatus as recited in claim 1, wherein: the certificate transmission channel comprises a channel side plate, a channel bottom plate, a channel supporting plate, a transmission synchronous belt I, a synchronous belt wheel driving shaft I, a synchronous belt wheel driven shaft I, a transmission motor I, a motor support I, a motor synchronous belt I, a floating wheel I, a torsion spring, a paper feeding detection photoelectric sensor and a paper discharging detection photoelectric sensor; the channel side plates are fixed above the channel supporting plates, the channel supporting plates are fixed on the underframe, and the channel bottom plate is fixed between the channel side plates; two ends of a synchronous pulley driving shaft I and a synchronous pulley driven shaft I are fixed on the channel bottom plate, the synchronous pulley I is arranged on the synchronous pulley driving shaft I and the synchronous pulley driven shaft I, and a transmission synchronous belt I is arranged on the synchronous pulley I and is arranged in the middle of the channel bottom plate; the floating wheel I is arranged on the channel side plate in a torsion spring mode and is arranged above the conveying synchronous belt I; transmission motor I passes through motor support I to be fixed on the passageway curb plate, and drives synchronous pulley driving shaft I through motor hold-in range I, and the paper feed detects photoelectricity and goes out the paper and detect the photoelectricity and install on the passageway curb plate, and the paper feed detects photoelectricity and sets up in information printer one side, goes out paper and detect photoelectricity and set up in keeping away from information printer one side.

5. The driving license apparatus as recited in claim 1, wherein: the photo turning channel comprises a turning channel, a photo outlet bottom plate, a photo paper rolling wheel shaft, a photo outlet motor support, 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 turning channel, the photo paper pickup wheel is fixed above the turning channel through a photo paper pickup wheel shaft, and the photo paper pickup wheel is tangent to the photo outlet bottom plate; the photo outlet motor is fixed on the side surface of the turning channel through a photo outlet motor support, and the photo outlet motor drives the photo paper rubbing wheel shaft through a photo motor synchronous belt; the photo detection photoelectricity is fixed on the overturning channel and is arranged at the upper side of the entrance of the photo outlet bottom plate, and the photo carrying bottom plate is arranged below the overturning channel; the upset passageway is vertical structure, and the lateral wall with photo export bottom plate homonymy earlier inwards inclines, leans out again, and the upset passageway is fixed on the chassis.

6. The driving license apparatus as recited in claim 1, wherein: the cutting transmission channel comprises a cutting channel bottom plate, a cutting channel side plate, a cutting channel supporting plate, a cutting transmission belt, a cutting transmission shaft, a cutting transmission belt wheel, a belt supporting wheel, a floating wheel III, a floating shaft III, a transmission motor support III, a driving belt III and a core detection photoelectric part; the cutting channel bottom plate is fixed on the cutting channel supporting plate, the cutting channel side plates are fixed on two sides of the cutting channel bottom plate, and the cutting channel supporting plate is fixed on the bottom frame; the cutting transmission belt wheel is fixed on the cutting channel bottom plate through a cutting transmission shaft, the cutting transmission belt 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 supporting wheel is fixed on the cutting channel bottom plate, arranged on the lower side of the cutting conveying belt and used for supporting the belt; the floating wheel III is fixed on the cutting channel side plate through a floating wheel shaft III, is arranged on the upper side of the cutting conveying belt and corresponds to the belt supporting wheel; the transmission motor III is fixed on the side surface of the cutting channel bottom plate through a transmission motor bracket III, and the transmission motor III drives the cutting transmission shaft to rotate through a driving belt III; the card core detection photoelectricity is installed at the entrance of the cutting channel side plate.

7. The driving license apparatus as recited in claim 1, wherein: the cutting knife assembly comprises a cutting support, a cutting knife fixing plate, a cutting knife mounting plate, a cutting knife pressing plate, a cutting knife, a guide shaft, a linear bearing, a photoelectric detection separation blade, a photoelectric mounting support, a lead screw stepping motor and a groove type photoelectric sensor; the cutting support is a support in the vertical direction, the lead screw stepping motor and the photoelectric mounting support are fixed on the cutting support, and the groove-shaped photoelectric mounting support is arranged on the photoelectric mounting support; the device comprises a lead screw stepping motor, a cutter fixing plate, a photoelectric detection separation blade, a cutter mounting plate and a cutter, wherein the cutter fixing plate is arranged on a sliding table of the lead screw stepping motor and is L-shaped; the cut-off knife clamp plate sets up the downside at the cut-off knife, and the lower extreme and the cut-off knife clamp plate of guiding axle are connected, and the upper end of guiding axle is passed through linear bearing and is connected with the cut-off knife fixed plate.

8. The driving license apparatus as recited in claim 1, wherein: the core box comprises a core box main body, a core paper rubbing wheel shaft, a synchronous belt wheel II, a paging device shaft, a core paper pressing block, a driving motor II, a motor support II, a synchronous belt II, a rocker photoelectric device, a bar code gun support and a spring rod; the card core paper twisting wheel is fixed below the card core box main body through a card core paper twisting wheel shaft, the synchronous belt wheel II is fixed at the shaft end of the card core paper twisting wheel shaft, the driving motor II drives the synchronous belt wheel II through the synchronous belt II, and the driving motor II is fixed on the side surface of the card core box main body through a motor support II; the paging device is fixed on the core box main body through a paging device shaft and is tangent to the upper side of the core paper-rolling wheel; the spring rods are arranged on two sides of the core box main body, the upper end and the lower end of each spring rod are fixed on the core box main body, and the core pressing block penetrates through the spring rods and is arranged above the core rubbing wheel; the rocker is installed on the core box main body in a photoelectric mode and located on the rear side of the core paper twisting wheel, the bar code gun is fixed on the front side of the core box main body through a bar code gun support, and the core box main body is fixed on the bottom frame;

the positive and photo pushing module comprises a pushing block bracket, a lower pushing block, a lower base plate, an upper pushing block, an upper base plate, an upper baffle plate, a positive pushing lead screw stepping motor, a positive pushing motor support and a positive pushing groove type photoelectricity; the lower push block, the lower backing plate, the upper push block, the upper backing plate and the upper baffle are assembled on the push block bracket in sequence from bottom to top, the push block bracket is fixed on a sliding table of a positive push lead screw stepping motor, the positive push lead screw stepping motor is fixed on an underframe through a positive push motor support, and a positive push groove type photoelectric sensor is mounted on the side surface of the positive push lead screw stepping motor and used for detecting the position of the sliding table;

the film-coating sucking module comprises a film-coating stepping motor, a film-coating motor base, a sucker mounting plate, a fixed block and a film-coating motor groove type photoelectricity; the film coating stepping motor is arranged on a film coating motor base which is fixed on the underframe, the sucking disc mounting plate and the fixed block are fixed on a sliding table of the film coating stepping motor, the fixed block is arranged on the upper side of the sucking disc mounting plate, and the fixed block and the sucking disc mounting plate are distributed according to a broken line type; the film covering motor groove type is photoelectrically fixed on the film covering stepping motor and used for detecting the position of a sliding table of the film covering stepping motor;

the duplicate transfer channel comprises a duplicate channel support, a duplicate channel bottom plate, a duplicate channel side plate, a duplicate bearing seat, a channel connecting plate, a conveying belt wheel IV, a driving shaft IV, a driven shaft IV, a step belt, a step detection photoelectric device, a driving motor IV, a motor support IV and a driving belt IV; the duplicate channel bottom plate is installed on the duplicate channel support, the duplicate channel support is fixed on the bottom frame, the duplicate channel side plates are fixed on two sides of the duplicate channel bottom plate through channel connecting plates, the conveying belt wheels IV are installed in duplicate bearing seats through a driving shaft IV and a driven shaft IV respectively, the duplicate bearing seats are fixed on the lower side of the duplicate channel bottom plate, the driving shaft IV and the driven shaft IV are arranged at the front end and the rear end of the duplicate channel bottom plate respectively, and the step belts are installed on the conveying belt wheels IV; the driving motor IV is fixed on the side surface of the side plate of the duplicate channel through a motor support IV and drives the driving shaft IV to rotate through a driving belt IV; the step detection photoelectric device is arranged on the side plate of the copy channel and used for detecting the position of the copy.

9. The certification method of a driving license certification apparatus according to claim 1, wherein: the method specifically comprises the following steps:

s1, entering a home page of an information system, selecting a service, and clicking a license making option of the driving license;

s2, placing the ID card on a second-generation ID card reader, reading the ID card information, inquiring a proxy driving card from an examination system of an information system, placing the proxy driving card into a card making list, and inquiring driving card printing information through a public security network six-in-one platform system of the information system;

s3, the information system collects portrait information through the camera for comparison, carries out portrait recognition, carries out intelligent comparison on the ID card information and the collected portrait information, enters the next operation when the people-certificate-in-one comparison is successful, and returns to S2 when the people-certificate-in-one comparison is failed;

s4, the information system performs literal guidance explanation on the business handling link through the display screen, and performs driving license information confirmation, vehicle information input, application reason, contact input, electronic signature and business information confirmation;

s5, the information system checks the information which has the driving license acceptance service and is not yet certified, and then the online payment is carried out by scanning the two-dimensional code;

s6, allowing the photographic paper to fall into a photographic printer in the photographic paper box, inquiring the automobile photos of the motor vehicle through a public security network six-in-one platform system, and printing the automobile photos;

s7, after the vehicle photo is printed, hot air is generated by blowing a PCT heating module of the photo printer through a fan to dry ink on the surface of the photo, the dried ink enters a photo turning channel to be turned for 180 degrees, and then the ink waits in a front book and photo pushing module;

s8, the certificate core falls down in the certificate core box and enters an information printer, a barcode gun is used for scanning a certificate core barcode, a certificate core number is read, an archive number is generated, then driver and vehicle information on the certificate core original and the copy are inquired through a public security network six-in-one platform system, and certificate core information is printed;

s9, conveying the certificate core to the cutter assembly through the certificate conveying channel and the cutting conveying channel, and separating the positive copy and the duplicate copy of the certificate core by the cutter assembly;

s10, the original book is transmitted back to the original book and the photo pushing module through the cutting transmission channel, and the original book is positioned on the upper side of the photo of the vehicle; the position of the original book and the position of the vehicle photo are combined back to back, the certificate film falls from the certificate film box at the moment, then the certificate film suction module separates the upper film and the lower film of the certificate film, the original book and the photo pushing module push the original book and the vehicle photo into the certificate film together, then the original book, the vehicle photo and the certificate film are pushed to the inlet of the plastic packaging machine for plastic packaging simultaneously,

s11, after the plastic package is completed, the original and the vehicle photo are conveyed to an outlet, meanwhile, the copy is conveyed to the outlet through a copy conveying channel, and the license sleeve is conveyed to the outlet at the same time, so that the license making of the driving license is completed.

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