CN109335139A - A kind of self-service accreditation equipment of driver's license - Google Patents
A kind of self-service accreditation equipment of driver's license Download PDFInfo
- Publication number
- CN109335139A CN109335139A CN201811195640.7A CN201811195640A CN109335139A CN 109335139 A CN109335139 A CN 109335139A CN 201811195640 A CN201811195640 A CN 201811195640A CN 109335139 A CN109335139 A CN 109335139A
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- Prior art keywords
- original
- plastic sheet
- conveying device
- card core
- copy
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- 230000007246 mechanism Effects 0.000 claims abstract description 238
- 239000002985 plastic film Substances 0.000 claims abstract description 184
- 238000005520 cutting process Methods 0.000 claims abstract description 78
- 239000010985 leather Substances 0.000 claims abstract description 15
- 238000007639 printing Methods 0.000 claims abstract description 12
- 238000007789 sealing Methods 0.000 claims abstract description 6
- 238000012546 transfer Methods 0.000 claims description 48
- 238000001179 sorption measurement Methods 0.000 claims description 39
- 230000000712 assembly Effects 0.000 claims description 34
- 238000000429 assembly Methods 0.000 claims description 34
- 230000005540 biological transmission Effects 0.000 claims description 21
- 230000001360 synchronised effect Effects 0.000 claims description 21
- 238000005096 rolling process Methods 0.000 claims description 20
- 230000033001 locomotion Effects 0.000 claims description 17
- 238000004891 communication Methods 0.000 claims description 15
- 239000000463 material Substances 0.000 claims description 14
- 239000012528 membrane Substances 0.000 claims description 5
- 230000006698 induction Effects 0.000 description 19
- 238000000034 method Methods 0.000 description 14
- 238000010586 diagram Methods 0.000 description 12
- 230000008569 process Effects 0.000 description 12
- 238000009434 installation Methods 0.000 description 11
- 230000009286 beneficial effect Effects 0.000 description 10
- 230000009471 action Effects 0.000 description 7
- 238000004519 manufacturing process Methods 0.000 description 7
- 230000008901 benefit Effects 0.000 description 6
- 229920006255 plastic film Polymers 0.000 description 6
- 230000000694 effects Effects 0.000 description 5
- 230000005611 electricity Effects 0.000 description 5
- 230000001815 facial effect Effects 0.000 description 5
- 230000005484 gravity Effects 0.000 description 5
- 238000007599 discharging Methods 0.000 description 4
- 230000005622 photoelectricity Effects 0.000 description 4
- 230000008034 disappearance Effects 0.000 description 3
- 230000003447 ipsilateral effect Effects 0.000 description 3
- 230000005693 optoelectronics Effects 0.000 description 3
- 230000000630 rising effect Effects 0.000 description 3
- 238000000465 moulding Methods 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 238000003756 stirring Methods 0.000 description 2
- 238000012795 verification Methods 0.000 description 2
- 230000000903 blocking effect Effects 0.000 description 1
- 238000000576 coating method Methods 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 238000010030 laminating Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 239000002991 molded plastic Substances 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 1
- 230000000149 penetrating effect Effects 0.000 description 1
- 238000011160 research Methods 0.000 description 1
- 230000035945 sensitivity Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/10—Applying or generating heat or pressure or combinations thereof
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/02—Wrapping articles or quantities of material, without changing their position during the wrapping operation, e.g. in moulds with hinged folders
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B63/00—Auxiliary devices, not otherwise provided for, for operating on articles or materials to be packaged
Abstract
A kind of self-service accreditation equipment of driver's license, including: includes: the first feeding machanism for supplying plastic sheet as filing arrangement, original for verifying core carried out the overlay film system of modeling sealing, the second feeding machanism for ration book core, for printing the image print system of certificate image part, for printing the text print system of card core message part, the card core cutting mechanism for being cut and being transported for core will to be demonstrate,proved, the card core pushing mechanism that original copy and counterpart for verifying core are pushed and transported, the conveying mechanism that original copy and counterpart for verifying core respectively are conveyed, for supplying the third feeding machanism of leather sheath and for crossing the laminator structure moulded.
Description
Technical field
The present invention relates to driver's license fields.It is more particularly related to a kind of self-service accreditation equipment of driver's license.
Background technique
Currently, driver's license accreditation equipment in the market, mostly using mechanical arm as the accreditation equipment of core institution, and the equipment is deposited
The disadvantages of mechanical arm stability is poor, mechanical arm debugging is complicated, the accreditation time is long, high failure rate.
Summary of the invention
The object of the present invention is to provide a kind of self-service accreditation equipment of driver's license, solve the problems, such as techniques discussed above.
The technical scheme to solve the above technical problems is that a kind of self-service accreditation equipment of driver's license, comprising: packet
Include: for supplying the first feeding machanism of plastic sheet as filing arrangement, the original for verifying core carried out modeling sealing overlay film system, for supplying
The second feeding machanism of core, the image print system for printing certificate image part should be demonstrate,proved, for printing card core message part
Text print system, for the card core cutting mechanism that core cut and transported, the original copy and counterpart for being used to verify core will to be demonstrate,proved
The card core pushing mechanism that is pushed and transported, for verifying conveying mechanism that the original copy and counterpart of core are conveyed respectively, using
In the third feeding machanism of supply leather sheath and for crossing the laminator structure moulded；
Described image print system and the text print system are separately fixed at the left and right two of the card core cutting mechanism
Side, and the feed end of the card core cutting mechanism and the discharge end of described image print system are connected to and in communication with, the card core is cut
The discharge end of cutting mill structure and the discharge end of the text print system are connected to and in communication with, and second feeding machanism is fixed on described
The top of image print system, and the discharge end of second feeding machanism is connect simultaneously with the feed end of described image print system
Connection；The conveying mechanism is horizontally fixed on the side of the card core cutting mechanism, has on the conveying mechanism horizontally disposed
Original feeding platform and copy feeding platform, it is described card core pushing mechanism be fixed on it is described card core cutting mechanism the other side,
And the original copy and counterpart on the card core cutting mechanism can be pushed to respectively to the original feeding platform and pair of the conveying mechanism
On this feeding platform；The overlay film system is arranged in the one end of the conveying mechanism far from the card core cutting mechanism, and described the
One feeding machanism is fixed on the top of the overlay film system, the mistake of the discharge end of first feeding machanism and the overlay film system
Plastic film feed end is connected to and in communication with, and the top of the conveying mechanism is arranged in the third feeding machanism, and the laminator structure is set
It sets in the one end of the overlay film system far from the card core cutting mechanism.
The beneficial effects of the present invention are: the self-service accreditation equipment of a kind of driver's license of the present invention, can be automatically performed to driving
Sail the multinomial accreditation movements such as information automatic printing, automatic cutting, automatic film covering and automatic transmission driver's license leather sheath of card card core, nothing
Manpower is needed to participate in, efficiently convenient, accreditation speed is fast, and the links manual dexterity of accreditation is accurate, and equipment debugging is simple, and operation is steady
Qualitative strong, failure rate is low.
Preferably, first feeding machanism includes: shell, support plate, push plate, the first driving mechanism；The shell
Upper and lower side is equipped with opening；The bottom of the enclosure interior is arranged in the support plate, and side-lower tilts forward for its support
The forward end of setting, the support plate is equipped with discharge port, and the discharge port constitutes the discharge end of first feeding machanism；Institute
It states discharge port and extends to lower end open-mouth with the shell, and connect and connect with the plastic sheet as filing arrangement feed end of the overlay film system
It is logical；The push plate is movably disposed in the support plate, and can be moved from the front to the back along the supporting surface of the support plate, institute
Push plate is stated for plastic sheet as filing arrangement to be delivered to the top of the discharge port from the front to the back along the upper surface of the support plate；Described first
Driving mechanism is arranged on the housing, and first driving mechanism is equipped with discharging device, when the push plate pushes plastic sheet as filing arrangement
When being moved to above the discharge port, the discharging device is contacted with the surface of plastic sheet as filing arrangement, in the drive of first driving mechanism
Under dynamic, plastic sheet as filing arrangement can be promoted the discharge port by the discharging device, and be exported from the lower end open-mouth of the shell to described
The plastic sheet as filing arrangement feed end of overlay film system.
Beneficial effect using above-mentioned further scheme is: (1) the plastic sheet as filing arrangement feeding mechanism can automatic continuous incited somebody to action
The advantages that plastic film is exported out of shell, has structure simple, a tractor serves several purposes, feeds motion stability, and debugging is easy；(2) inclination is set
The support plate set can be such that transport device moves on the upper surface of support plate automatically, no longer need to save electricity by electric power mechanism
Can, improve the environmental-protecting performance of device；(3) the successively steady conveying to plastic sheet as filing arrangement can be realized in push plate, it may have fixed plastic sheet as filing arrangement
Effect, make its it is smooth be placed in shell, prevent its position from arbitrarily moving, cause charging movement it is unstable；(4) first rollings
Wheel is conducive to provide stable frictional force to plastic sheet as filing arrangement, to push plastic sheet as filing arrangement mobile；(5) control system can realize that plastic sheet as filing arrangement is supplied
The full-automatic operation of device is not necessarily to manual operation, plastic sheet as filing arrangement is successively smoothly delivered to overlay film system out of shell automatically
Plastic sheet as filing arrangement feed end, reduce the working strength of operator, improve the intelligence and practical performance of the device；(6)
Two photoelectric sensors can detect automatically the card core in the device housing quantity it is seldom when, and corresponding signal is sent, to remind
Operator adds card core in time, improves the practical performance of the device.
Preferably, the overlay film system includes plastic sheet as filing arrangement conveying device and film adsorption mechanism, and the plastic sheet as filing arrangement conveying device is set
It sets in side of the original feeding platform far from the card core cutting mechanism, the film adsorption mechanism setting is defeated in the plastic sheet as filing arrangement
Send device close to the side of the original feeding platform, the plastic sheet as filing arrangement conveying device is used to plastic sheet as filing arrangement being transported to the suction film
The plastic sheet as filing arrangement feed end of mechanism, the film adsorption mechanism is for adsorbing the upper surface film and lower surface UF membrane of plastic sheet as filing arrangement.
Beneficial effect using above-mentioned further scheme is: overlay film system capable of automatic aligning is sealed up plastic sheet as filing arrangement, and carried out
Modeling is crossed, has many advantages, such as that overlay film is stable accurately, overlay film speed is fast, overlay film is high-efficient and overlay film effect is good.
Preferably, the plastic sheet as filing arrangement conveying device includes the first rack, and the upper end of first rack is equipped with opening, described
Opening constitutes the plastic sheet as filing arrangement feed end of the overlay film system；The upper end that first feeding machanism is fixed on first rack is spacious
At mouthful, the discharge end of first feeding machanism extends to the open-mouth, and is connected to the opening；In first rack
Horizontally disposed to have plastic sheet as filing arrangement transfer blade, the top of the plastic sheet as filing arrangement transfer blade is equipped with the first conveying device, the plastic sheet as filing arrangement transfer
Plate is equipped with the second conveying device, when first feeding machanism supplies plastic sheet as filing arrangement into first rack, described first
Conveying device can drive plastic sheet as filing arrangement to be moved on the plastic sheet as filing arrangement transfer blade, and from second conveying device drive plastic sheet as filing arrangement to
The plastic sheet as filing arrangement charging extreme direction of the film adsorption mechanism is mobile.
Beneficial effect using above-mentioned further scheme is: plastic sheet as filing arrangement conveying device can exactly plastic sheet as filing arrangement is conveyed
To film adsorption mechanism, have many advantages, such as that conveying speed is fast, transfer efficiency is high；And second conveying device not only there is conveying function,
Also the position of plastic sheet as filing arrangement junction, the second conveying dress can be clamped when plastic sheet as filing arrangement is moved to the feed end of film adsorption mechanism
It sets and avoids plastic sheet as filing arrangement from falling off from the feed end of film adsorption mechanism under gravity the holding power of the plastic sheet as filing arrangement, influence just
This coating process.
Preferably, first rack is arranged in close to the side of the original labor and materials platform in the film adsorption mechanism；It is described
Film adsorption mechanism includes the second driving mechanism, upper sucker, lower sucker and negative pressure device；One end of the lower sucker is fixed on described
In one rack, the other end is extended obliquely downward；The upper sucker is arranged above the lower sucker, one end and the lower sucker
The junction of one end rotation connection, the upper sucker and the lower sucker constitutes the plastic sheet as filing arrangement feed end of the film adsorption mechanism；Institute
The other end for stating sucker and the lower sucker is evenly equipped with multiple suction nozzles respectively, and the negative pressure device is arranged in first rack
On, and be connected to and in communication with respectively with multiple suction nozzles by pipeline；Second driving mechanism and the upper sucker are sequentially connected, and
The upper sucker can be driven to rotate close to the lower sucker, until the upper sucker and the lower sucker are close to each other and be bonded, or
Far from the lower sucker.
Beneficial effect using above-mentioned further scheme is: film adsorption mechanism can be by the upper surface film and following table facial mask of plastic sheet as filing arrangement
Smooth opening makes original fast and accurately so that original is accurately moved between the upper surface film of plastic sheet as filing arrangement and following table facial mask
Seal up plastic sheet as filing arrangement；Negative pressure device can form negative pressure at upper sucker and lower sucker, so that the upper surface film and following table of plastic sheet as filing arrangement
Facial mask is closely fitted in respectively on the lower end surface of sucker and the upper surface of upper sucker, quickly to make the upper surface of plastic sheet as filing arrangement
Film and lower surface UF membrane.
Preferably, the card core cutting mechanism includes the second rack, the cutter for cutting card core, for driving respectively
Dynamic card core mobile first straight line conveying device and second straight line conveying device；There is horizontally disposed length in second rack
First workbench of cube shape, the left and right ends of first workbench extend respectively to going out for described image print system
Expect the feed end at end and described image print system；The first straight line conveying device and second straight line conveying device difference
It is arranged along the length direction interval of first workbench, and card core can be respectively driven along the length of first workbench
It is moved between described image print system and described image print system in direction；The cutter is arranged in first work
Make on platform, and between the first straight line conveying device and the second straight line conveying device；When the first straight line
Conveying device and second straight line conveying device driving card core are located at the first straight line conveying device and the second straight line
When the lower section of conveying device, the cutter is cut into original copy and counterpart for core is demonstrate,proved；When the card core is cut into original and pair
After this, the first straight line conveying device and the second straight line conveying device respectively drive the opposite shifting of original copy and counterpart for demonstrate,proving core
The dynamic and separate cutter.
Beneficial effect using above-mentioned further scheme is: (1) cutter device of card core of the present invention is avoided using machine
Tool arm conveying card core, prevents from generating shake during core is demonstrate,proved in conveying, guarantees the stability for transporting card core；(2) cutter
It is arranged between first straight line conveying mechanism and second straight line conveying mechanism, is cut in the middle line of card core, guarantee cutting
It is high to improve cutting efficiency for accuracy；(3) first straight line conveying mechanism and second straight line conveying mechanism borrow idler wheel and the card core
Frictional force described in demonstrate,prove core, guarantee that card core can be swimmingly transported between two straight line conveyer structures；(4) it goes up and down
Platform and lifting body can adjust the gap of the 5th roll wheel assembly and the 6th roll wheel assembly and the first workbench upper surface simultaneously,
It is conveniently adjusted the 5th roll wheel assembly and the 6th roll wheel assembly and demonstrate,proves the frictional force between core, enable to demonstrate,prove core under the action of frictional force
Successfully conveyed；(5) automatic control system of cutter device can realize the automatic cutting of verification core, improve cutting efficiency.
Preferably, the card core pushing mechanism is mounted on the side of the card core cutting mechanism, the card core by bracket
Pushing mechanism includes third driving mechanism, and respectively with the first straight line conveying device and the second straight line conveying device
The first pushing component and the second pushing component being arranged in a one-to-one correspondence；First pushing component and the second pushing component include
Two vertically arranged push rods, four push rods are arranged along the length direction interval of the first workbench, first work
The upper surface of platform be equipped with respectively with first pushing component and one-to-one first guide groove of the second pushing component and the
Two guide grooves, first guide groove and second guide groove run through the upper surface of first workbench, and described the up and down
Width direction of the one end of one guide groove and second guide groove respectively along first workbench extends close to the card core
The side of pushing mechanism；The push rod of two of first pushing component runs through first guide groove up and down respectively, and described the
The push rod of two of two pushing components runs through second guide groove up and down respectively；The third driving mechanism is pushed away with first respectively
Dynamic component and the transmission connection of the second pushing component, and can synchronize and drive the first pushing component and the second pushing component two corresponding
The push rod moves back and forth in corresponding first guide groove and the second guide groove, with respectively close to or far from the conveying mechanism
Original feeding platform and copy feeding platform.
Beneficial effect using above-mentioned further scheme is: can automatically feed the original that card core is pushed to conveying mechanism flat
On platform and copy feeding platform, driving velocity is fast, and pushing direction is accurate, the transport speed of card core can be improved, and then improve equipment
Working efficiency.
Preferably, the conveying mechanism includes the original feeding platform, the copy feeding platform, the 4th driving machine
Structure, the lace conveying device for conveying copy and the clamping device for conveying original；The original feeding platform and described
What copy feeding platform passed through bracket parallel interval respectively is fixed on the card core cutting mechanism far from the card core pushing mechanism
Side, and one end of the original feeding platform and the copy feeding platform extends respectively to first workbench
Side, and be fixedly connected with first workbench；The lace conveying device setting is separate in the copy feeding platform
The original feeding platform is arranged in from the card core cutting mechanism in one end of the card core cutting mechanism, the clamping device
One end；The top of the original feeding platform and the copy feeding platform corresponds vertical rotatable equipped with the 7th respectively
Roll wheel assembly, the 4th driving mechanism are sequentially connected with two the 7th roll wheel assemblies respectively；When original copy and counterpart are distinguished
When being moved on original feeding platform and the copy feeding platform, the synchronous driving two the described 7th of the 4th driving mechanism
Roll wheel assembly drives the original copy and counterpart on the corresponding original feeding platform and the copy feeding platform to described respectively
The feed end of the feed end of clamping device and the lace conveying device is mobile.
Beneficial effect using above-mentioned further scheme is: (1) original feeding platform and institute's copy feeding platform are made respectively
For the transfer platform of original copy and counterpart, original copy and counterpart can be smoothly caught；(2) the 7th roll wheel assemblies can synchronize driving original and
The movement of copy improves the movement speed of original copy and counterpart, and then improves the travelling speed of conveying mechanism；(3) belt conveying fills
Set can quick and stable the copy discharge outlet that copy is transported to equipment；(4) clamping device can fast and accurately turn original
Transport to progress overlay film at the card core feed end of overlay film system: the automatic control system of (5) conveying mechanism can automatically control conveying
It accurately works between the modules of mechanism, improves the working efficiency between modules.
Preferably, the clamping device includes grip slipper, clamping delivery platform and the 5th driving mechanism, the clamping conveying
The upper end for being mounted on the grip slipper of platform moveable, and the upper surface of the clamping delivery platform and original charging are flat
The upper surface of platform is concordant；5th driving mechanism is arranged in the grip slipper, driving end and the clamping delivery platform
Transmission connection, the 5th driving mechanism can drive the clamping delivery platform close to the original feeding platform, to transfer
The original on original feeding platform is stated, or far from the original feeding platform, the original on the clamping delivery platform is defeated
It send to the card core feed end of the overlay film system.
Beneficial effect using above-mentioned further scheme is: clamping delivery platform can smoothly be taken on original feeding platform
Original, and be transported at the card core feed end of overlay film system；Delivery platform is clamped in original feeding platform and laminating machine
It is moved back and forth between structure, can be to the successively transhipment of multiple driver's license originals, transport speed is fast, and transfer efficiency is high, and transhipment direction is quasi-
Really.
Preferably, the laminator structure includes laminator, the 9th rolling assembly and the 6th driving mechanism, and the laminator is set
It sets in the side of first rack far from the film adsorption mechanism, and the feed end of the laminator extends to and the plastic sheet as filing arrangement
Transfer blade is connected far from one end of the film adsorption mechanism；9th rolling assembly is arranged in the laminator far from described first
The side of rack, the 6th driving mechanism and the 9th rolling assembly are sequentially connected, and can drive the 9th rolling group
Part rotation.
Beneficial effect using above-mentioned further scheme is: laminator can carry out modeling to the original for sealing up plastic sheet as filing arrangement, with
Original and plastic sheet as filing arrangement are fitted closely, prevents original from falling from plastic sheet as filing arrangement.
Further advantage, target and feature of the invention will be partially reflected by the following instructions, and part will also be by this
The research and practice of invention and be understood by the person skilled in the art.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the automatic accreditation equipment of driver's license of the present invention；
Fig. 2 is the structural schematic diagram of the second feeding machanism of the present invention；
Fig. 3 is the structural schematic diagram of the second feeding machanism of the present invention；
Fig. 4 is the structural schematic diagram of plastic sheet as filing arrangement conveying device of the present invention；
Fig. 5 is the structural schematic diagram of the present invention for inhaling film device and clamping device working condition；
Fig. 6 is the structural schematic diagram of card core cutting mechanism of the present invention；
Fig. 7 is the structural schematic diagram of card core cutting mechanism of the present invention；
Fig. 8 is the structural schematic diagram of card core pushing mechanism of the present invention；
Fig. 9 is the structural schematic diagram of conveying mechanism of the present invention；
Figure 10 is the structural schematic diagram of conveying mechanism of the present invention；
Figure 11 is the structural schematic diagram of clamping device of the present invention；
Figure 12 is the structural schematic diagram of laminator structure of the present invention.
Specific embodiment
Present invention will be described in further detail below with reference to the accompanying drawings, to enable those skilled in the art referring to specification text
Word can be implemented accordingly.
It should be noted that in the description of the present invention, term " transverse direction ", " longitudinal direction ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, and is not the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to limit of the invention
System.
Fig. 1-Figure 12 provides a kind of self-service accreditation equipment of driver's license for the embodiment of the present invention, comprising: for supplying plastic sheet as filing arrangement
The first feeding machanism 1, the original for verifying core carried out modeling sealing overlay film system 2, for ration book core second supply
Material mechanism 3, the image print system 4 for printing certificate image part, the text printing system for printing card core message part
System 5, for by demonstrate,prove core cut and transported card core cutting mechanism 6, be used to verify core original copy and counterpart carry out push and
The card core pushing mechanism 7 of transhipment, for verifying conveying mechanism 8 that the original copy and counterpart of core are conveyed respectively, for supplying skin
The third feeding machanism 9 of set and the laminator structure 10 moulded for mistake；
Described image print system 4 and the text print system 5 are separately fixed at the left and right of the card core cutting mechanism 6
Two sides, and the feed end of the card core cutting mechanism 6 and the discharge end of described image print system 4 are connected to and in communication with, the card
The discharge end of core cutting mechanism 6 and the discharge end of the text print system 5 are connected to and in communication with, and second feeding machanism 3 is solid
It is scheduled on the top of described image print system 4, and the discharge end of second feeding machanism 3 and described image print system 4
Feed end is connected to and in communication with；The conveying mechanism 8 is horizontally fixed on the side of the card core cutting mechanism 6, the conveying mechanism 8
Upper to have horizontally disposed original feeding platform 81 and copy feeding platform 82, the card core pushing mechanism 7 is fixed on the card
The other side of core cutting mechanism 6, and the original copy and counterpart on the card core cutting mechanism 6 can be pushed to the conveyer respectively
On the original feeding platform 81 and copy feeding platform 82 of structure 8；The overlay film system 2 is arranged in the conveying mechanism 8 far from institute
One end of card core cutting mechanism 6 is stated, first feeding machanism 1 is fixed on the top of the overlay film system 2, first feed
The discharge end of mechanism 1 and the plastic sheet as filing arrangement feed end of the overlay film system 2 are connected to and in communication with, and the setting of third feeding machanism 9 exists
The overlay film system 2 is arranged in far from the card core cutting mechanism 6 in the top of the conveying mechanism 8, the laminator structure 10
One end.
The working principle of the self-service accreditation equipment of a kind of driver's license of the present invention are as follows: by the first feeding machanism 1 to overlay film
System 2 supplies plastic sheet as filing arrangement, and film is transported through by overlay film system 2 and opened to plastic sheet as filing arrangement；Pass through the second feeding machanism 3 simultaneously to image
Card core is pushed to card core cutting mechanism 6 from image print system 4 to after demonstrate,proving core photograph print by ration book core in print system 4
Place pushes to 5 feed end of text print system for core is demonstrate,proved by card core cutting mechanism 6, verifies core printing text by text print system 5
After word information, card core return is delivered on card core cutting mechanism 6, is cut into original and pair for core is demonstrate,proved by card core cutting mechanism 6
This；After demonstrate,proving core and being cut into original copy and counterpart, original copy and counterpart are pushed to be moved to the conveyer respectively by card core pushing mechanism 7
On the original feeding platform 81 and copy feeding platform 82 of structure 8, original is pushed to the card core of overlay film system 2 by conveying mechanism 8
Feed end, to seal up plastic sheet as filing arrangement to original；After original seals up plastic sheet as filing arrangement, original is transported to laminator structure by overlay film system 2
100 feed end export after moulding from the discharge end of laminator structure 100 to original by laminator structure 100, and driver's license is just
This production process is completed；And copy is continued on to the copy of self-service accreditation equipment of the present invention by the conveying mechanism 8
The production process of output end, the copy of driver's license is completed；After copy is delivered to copy output end, the third feeding machanism 9 is certainly
Dynamic to provide leather sheath, the supply process of driver's license leather sheath is completed.So far, the complete accreditation process of a driver's license is completed, should be certainly
It helps accreditation equipment that can realize the automatic supply of verification core, plastic sheet as filing arrangement, leather sheath, driver's license card core can be cut automatically, covered
Film and transport, it is intelligentized to be automatically performed the entire accreditation process of driver's license.
When implementation, described image print system 4 is image printer, and text print system 5 is text printer.
Preferably, first feeding machanism 1 includes shell 11, support plate 12, push plate 13, sliding equipment, the first driving
Mechanism 14 and at least one first idler wheel 152: the inner hollow and upper and lower ends of the shell 11 are open, first idler wheel
152 are spindle rotationally arranged in the front side at 11 middle part of shell by the first connecting shaft 151, and the support plate 12 is arranged in the shell
In body 11, its rear end is fixedly connected with the rear side inner wall of the shell 11, and front end is tilted down to first idler wheel 152
Periphery extends, and the channel passed through for material is formed between the front end of the support plate 12 and first idler wheel 152, described
The upper end of the support plate 12 is arranged in sliding equipment, and the push plate 13 is vertically obliquely installed, lower end and the sliding equipment
Connection, the upper end extend to back side top, and the sliding equipment drives the push plate 13 before the upper surface of the support plate 12
After move, material is pushed to the top in the channel, first driving mechanism 14 is fixed on the shell 11, drive
Moved end and first connecting shaft 151 are sequentially connected, and first connecting shaft 151 and first idler wheel 152 can be driven to rotate,
Material to be taken out of from the channel by first idler wheel 152.The working principle of first feeding machanism 1 of the present invention
Are as follows: in use, after plastic sheet as filing arrangement being vertically placed in batches on the upper surface of the support plate 12 in casing 1, by push plate 13 and sliding
Mechanism is placed on the upper surface of support plate 12, and is placed on the rear of plastic sheet as filing arrangement, and multiple plastic sheet as filing arrangement are clamped in push plate 13
Between the front end of shell 11, at this point, the periphery of the first idler wheel 152 is in contact with the surface for the plastic sheet as filing arrangement for being located at forefront,
Under the action of first driving mechanism 14, the first connecting shaft 151 drives the rotation of the first idler wheel 152, and the periphery of the first idler wheel 152 and crossing is moulded
Plastic sheet as filing arrangement is promoted channel, and exports plastic sheet as filing arrangement from channel to next production line by film surface friction；When implementation, shell
Body 11 include left plate, right side plate, end plate and front end-plate, the upper and lower side of shell 11 be opening, 11 lower ending opening of shell with
Channel is connected to and in communication with, input channel of the upper end opening of shell 11 as plastic sheet as filing arrangement, for plastic sheet as filing arrangement to be placed on shell 11
It is interior, output channel of the lower ending opening of shell 11 as plastic sheet as filing arrangement, for exporting the plastic sheet as filing arrangement in shell 11 to next production
On line.
When implementation, sliding equipment includes the fixed plate 131 being arranged along the upper surface of support plate 12 and is separately positioned on fixation
The lower end of the traveling wheel 133 of the two sides of 131 rear and front end of plate, push plate 13 is connect with the front end of the upper end of fixed plate 131, and gravity is made
Under, four traveling wheels 133 drive fixed plate 131 and push plate 13 to move from the front to the back along the upper surface of support plate 12, in turn
Plastic sheet as filing arrangement is pushed to be moved to the top in channel along the upper surface of support plate 12.In use, multiple plastic sheet as filing arrangement are placed on conveying device
Push plate 13 front, multiple plastic sheet as filing arrangement are clamped in it between the front end-plate of shell 11 by push plate 13, in the first idler wheel 152
Under effect, multiple plastic sheet as filing arrangement are successively exported from channel, as the quantity of plastic sheet as filing arrangement is reduced, under the effect of gravity, sliding equipment
4 traveling wheels 133 will drive fixed plate 131 that push plate 13 is driven gradually to move to the front end of support plate 12, each cross is moulded
Film is pushed to the position above channel.Optimal, fixed plate 131 and push plate 13 are cuboid plate, and fixed plate 131 and push plate
13 are integrally formed design, and the push plate 13 of rectangular parallelepiped structure can make it have bigger contact area with plastic sheet as filing arrangement, smoothly to push
Each plastic sheet as filing arrangement moves forward to the top of discharge port.
When implementation, the first connecting shaft 151 is arranged in along the longitudinal direction in shell 11, and both ends are rotated with shell 11 respectively to be connected
It connects, there are two the first idler wheel 152 is set, two the first idler wheels 152 intervals are set on the first connecting shaft 151, the first driving mechanism 14
Driving end pass through shell 11 side wall, and with one end of the first connecting shaft 151 be sequentially connected, the first driving mechanism 14 driving first
Connecting shaft 151 drives the rotation of the first idler wheel 152.When implementation, the first driving mechanism 14 is motor, and the first driving mechanism 14 is fixed on shell
On the right side plate of body 11, driving end passes through the side wall of right side plate, is sequentially connected with the right end of the first connecting shaft 151, and drives the
One connecting shaft, 151 synchronous drive, two the first idler wheel 152 rotations.The quantity of first idler wheel 152 can according to the plastic sheet as filing arrangement that need to be conveyed into
Row increases, to provide bigger frictional force to plastic sheet as filing arrangement, to push plastic sheet as filing arrangement mobile.
When implementation, the first feeding machanism 1 further includes plastic sheet as filing arrangement supply control system, and it includes that plastic sheet as filing arrangement, which supplies control system,
Two photoelectric sensors 19 and the first controller, the first controller are electrically connected with the first driving motor 141, and to control the first drive
The operating of dynamic motor 141；The bottom of support plate 12 is arranged in second photoelectric sensor 19, and the second photoelectric sensor 19 is for sensing
The position of push plate 13, the second photoelectric sensor 19 are electrically connected with the first controller.Optimal, the first controller is single-chip microcontroller control
Device, the first controller are fixed in shell 11.When implementation, warning device, warning device and the first controller are equipped in shell 11
Electrical connection；The position of corresponding second photoelectric sensor 19 installation is provided with a through-hole in support plate 12, when push plate 13 is in support plate 12
Supporting surface on when moving, the second photoelectric sensor 19 senses the position of push plate 13, transmit a signal to the first controller, and
When the rear end of the feed fixed plate 131 of push plate 13 is passed fully through through-hole, i.e., when through-hole exposes the upper surface of support plate 12, the
When two photoelectric sensors 19 sense the position less than push plate 13, i.e., the quantity of the plastic sheet as filing arrangement in shell 11 is seldom at this time, the second light
Electric transducer 19 terminates to the first controller and sends signal, at this point, the first controller triggers warning device, automatic alarm is prompted
Plastic sheet as filing arrangement is added into shell 11 in user.The output that plastic sheet as filing arrangement supply control system can be automatically controled plastic sheet as filing arrangement in shell 11 is dynamic
Make, improves the intelligence of the first feeding machanism 1 supply plastic sheet as filing arrangement process.
Preferably, the overlay film system 2 includes plastic sheet as filing arrangement conveying device and film adsorption mechanism, and the plastic sheet as filing arrangement conveying device is set
It sets in side of the original feeding platform 81 far from the card core cutting mechanism 6, the film adsorption mechanism setting is moulded in described cross
Close to the side of the original feeding platform 81, the plastic sheet as filing arrangement conveying device is used to plastic sheet as filing arrangement being transported to institute film conveying device
The plastic sheet as filing arrangement feed end of film adsorption mechanism is stated, the film adsorption mechanism is for adsorbing the upper surface film of plastic sheet as filing arrangement and following table facial mask point
From.
Preferably, the plastic sheet as filing arrangement conveying device includes the first rack 21, and the upper end of first rack 21 is equipped with opening,
The open plastic sheet as filing arrangement feed end for constituting the overlay film system 2；Second feeding machanism 6 is fixed on first rack 21
Upper end open-mouth, the discharge end of second feeding machanism 6 extends to the open-mouth, and is connected to the opening；It is described
Being horizontally disposed in first rack 21 has plastic sheet as filing arrangement transfer blade 22, and the top of the plastic sheet as filing arrangement transfer blade 22 is equipped with the first conveying device
23, the plastic sheet as filing arrangement transfer blade 22 is equipped with the second conveying device 24, when second feeding machanism 6 is to first rack 21
When interior supply plastic sheet as filing arrangement, first conveying device 23 can drive plastic sheet as filing arrangement to be moved on the plastic sheet as filing arrangement transfer blade 22, and by
Second conveying device 24 drives plastic sheet as filing arrangement mobile to the plastic sheet as filing arrangement of film adsorption mechanism charging extreme direction；It is optimal, it is described
Plastic sheet as filing arrangement transfer blade 22 is cuboid plate.
When implementation, the first conveying device 23 includes the first feeder motor 231, the first upper flitch 232, the second upper flitch 233
With multiple the second vertically arranged roll wheel assemblies 234, the first upper flitch 232 and the second upper flitch 233 are inclined at first
In rack 21, and one end of the second upper flitch 233 is fixed on plastic sheet as filing arrangement transfer blade 22, and the other end tilts upward and the first feeding
One end of plate 232 is fixedly connected, and the other end of the first upper flitch 232 tilts the open-mouth for extending to the first rack 21 upwards, and
It is fixed on by fixing piece on the inner sidewall of 21 two sides of the first rack；Second roll wheel assembly 234 is equipped with 3,3 the second roller groups
Part 234 is successively arranged at intervals on the top of plastic sheet as filing arrangement transfer blade 22,3 the second idler wheels along the length direction of plastic sheet as filing arrangement transfer blade 22
The specific installation site of component 234 are as follows: first the second roll wheel assembly 234 and second the second roll wheel assembly 234 are respectively set
In the top of the first upper flitch 232 and the second upper flitch 233, and first the second roll wheel assembly 234 and second the second idler wheel
The periphery of component 234 extends respectively on the upper surface of the first upper flitch 232 and the second upper flitch 233, and with the first upper flitch
232 and second upper flitch 233 upper end face contact, the upper of plastic sheet as filing arrangement transfer blade 22 is arranged in third the second roll wheel assembly 234
Side, and its periphery is extended to the on the upper surface of plastic film transfer blade 22, and the upper end face contact with plastic sheet as filing arrangement transfer blade 22；3
The driving end of second roll wheel assembly 234 passes through belt respectively and is mutually sequentially connected, the first feeder motor 231 with one of them second
The driving end of roll wheel assembly 234 is sequentially connected, and surplus by driving one of them second roll wheel assembly 234 to rotate synchronous drive
Lower two the second roll wheel assemblies 234 rotation；When 3 the second roll wheel assemblies 234 rotate simultaneously, the first upper flitch 232 can be driven
On plastic sheet as filing arrangement be moved to the second upper flitch 233, and then be moved on plastic sheet as filing arrangement transfer blade 22.It is optimal, each second idler wheel
Component 234 is including the second connecting shaft and the second idler wheel being coaxially fixed on the second connecting shaft.First conveying device 23, which realizes, to be covered
The feeding of membranous system 2, and the top of plastic sheet as filing arrangement transfer blade 22 is arranged in the first upper flitch 232 and the second upper flitch 233, is conducive to
The occupied space for reducing overlay film system, is conducive to the feeding of plastic sheet as filing arrangement.
When implementation, the second conveying device 24 includes third roll wheel assembly 241, the 4th roll wheel assembly 242 and the second conveying electricity
Machine 243, the 4th roll wheel assembly 242 are arranged on plastic sheet as filing arrangement transfer blade 22, and are located at plastic sheet as filing arrangement transfer blade 22 close to film adsorption mechanism
One end；The bottom at the middle part of plastic sheet as filing arrangement transfer blade 22, third roll wheel assembly 241 and the 4th is arranged in third roll wheel assembly 241
It is sequentially connected between roll wheel assembly 242 by belt, the second feeder motor 243 is sequentially connected with third roll wheel assembly 241, and can
Third roll wheel assembly 241 is driven to drive the rotation of the 4th roll wheel assembly 242.Optimal, third roll wheel assembly 241 includes third connecting shaft
With third idler wheel, third idler wheel is coaxially fixed on the 6th connecting shaft along the width direction of plastic sheet as filing arrangement transfer blade 22, plastic sheet as filing arrangement transfer
The position at 22 middle part of plate is provided with the strip groove for running through it up and down, and the periphery of the 6th idler wheel is protruded into strip groove, and is extended to the over modeling
On the upper surface of film transfer plate 22；4th roll wheel assembly 242 includes the 4th connecting shaft and two the 4th idler wheels, two the 4th idler wheel edges
The width direction of plastic sheet as filing arrangement transfer blade 22, which is vertically spaced, to be coaxially fixed on the 4th connecting shaft, and the periphery of two the 4th idler wheels extends
To the upper surface of plastic sheet as filing arrangement transfer blade 22, and the upper end face contact with plastic sheet as filing arrangement transfer blade 22；Wherein, third roll wheel assembly
241, for conveying the plastic sheet as filing arrangement feed end that plastic sheet as filing arrangement moves close to film adsorption mechanism, guarantee that plastic sheet as filing arrangement can smoothly be transported to suction
The plastic sheet as filing arrangement feed end of film mechanism.
The working principle of plastic sheet as filing arrangement conveying device of the present invention are as follows: plastic sheet as filing arrangement from the discharge port output of the second feeding machanism 3 simultaneously
It is moved in the first upper flitch 232, the first feeder motor 231 starts and rotates forward, and 3 the second roll wheel assemblies 234 of synchronous driving
Rotation, the second roll wheel assembly 234 for being separately positioned on 233 top of the first upper flitch 232 and the second upper flitch respectively drove modeling
Film successively passes through the first upper flitch 232 and the second upper flitch 233, after being moved on the upper surface of plastic sheet as filing arrangement transfer blade 22, first
Feeder motor 231 inverts, and plastic sheet as filing arrangement is moved to the top of third roll wheel assembly 241, and the second feeder motor 243 of starting is just
Turn, the synchronous driving third roll wheel assembly 241 of the second feeder motor 243 and the rotation of the 4th roll wheel assembly 242, third roll wheel assembly
241 and the 4th roll wheel assembly 242 continue to drive plastic sheet as filing arrangement mobile in the upper surface of plastic sheet as filing arrangement transfer blade 22, until the mistake of film adsorption mechanism
Plastic film feed end.
Preferably, first rack 21 is arranged in close to the side of the original labor and materials platform 81 in the film adsorption mechanism,
The film adsorption mechanism includes the second driving mechanism 25, upper sucker 26, upper sucker 27 and negative pressure device；One end of the upper sucker 27
It is fixed in first rack 21, the other end extends obliquely downward；The upper sucker 26 is arranged above the upper sucker 27,
One end and described upper 27 one end of sucker are rotatablely connected, and the junction of the upper sucker 26 and the upper sucker 27 constitutes the suction
The plastic sheet as filing arrangement feed end of film mechanism；The other end of the upper sucker 26 and the upper sucker 27 is evenly equipped with multiple suction nozzles 28 respectively,
The negative pressure device is arranged in first rack 21, and is connected to and in communication with respectively with multiple suction nozzles 28 by pipeline；It is described
Second driving mechanism 25 is sequentially connected with the upper sucker 26, and the upper sucker 26 can be driven to rotate close to the upper sucker
27, until the upper sucker 26 and the upper sucker 27 are close to each other and be bonded, or far from the upper sucker 27.It is described when implementation
The junction of the upper sucker 26 and the upper sucker 27 is the plastic sheet as filing arrangement feed end for constituting the film adsorption mechanism, also described in composition
The card core feed end of overlay film system 2, the negative pressure device are air pump.
When implementation, the second driving mechanism 25 includes two groups of sucker driving devices, and two sucker driving devices are separately positioned on
The two sides of upper sucker 26 and upper sucker 27, every group of sucker driving device include the second servo motor 251, the second driving wheel 252,
Second driven wheel 253, the second belt 254 and the first shifting part 255；Second driving wheel 252 and the second driven wheel 253 between the upper and lower every
Setting, and is each attached in the first rack 21, and the second belt 254 bypasses the second driving wheel 252 and the second driven wheel 253, and first
255 one end of shifting part is fixed on the second belt 254, other end horizontal extension；Second servo motor 251 and the second driving wheel
252 transmission connections, and the second driving wheel 252 can be driven to drive the rotation of the second driven wheel 253, and then the second belt 254 is driven to pass
It is dynamic；When the second servo motor 251 rotates forward, the second driving wheel 252 can be driven to drive the rotation of the second driven wheel 253, and then drive
Second transmission counterclockwise of belt 254；When the second 254 transmission counterclockwise of belt, the first shifting part 255 can be driven to move up,
It is in contact to the lower end surface for keeping up with sucker 26, and stirs sucker 26 far from upper sucker 27；When the second servo motor 251 inverts
When, it can drive the second driving wheel 252 that the second driven wheel 253 is driven to drive the second transmission clockwise of belt 254；When the second belt
When 254 transmission clockwise, the first shifting part 255 can be driven to move down, upper sucker 26 moves down under gravity, until
It is close to each other with upper sucker 27 and be bonded.Using negative pressure device on the lower end surface of upper sucker 26 and upper 27 upper surface of sucker on shape
At negative pressure, quickly the upper surface film of plastic sheet as filing arrangement and lower surface UF membrane to come, working efficiency is improved；Upper sucker 26 and upper
Sucker 27 is the sucker of cuboid, and the upper sucker 26 and upper sucker 27 of cuboid can increase the contact area of plastic sheet as filing arrangement.
The working principle of film adsorption mechanism of the present invention are as follows: when plastic sheet as filing arrangement is delivered to upper 26 He of sucker by the 4th roll wheel assembly 242
When the junction of upper sucker 27, the second feeder motor 243 is shut down, and the 4th roll wheel assembly 242 stops operating, and clamps plastic sheet as filing arrangement
Junction, at this point, plastic sheet as filing arrangement opening passes through the junction of upper sucker 26 and upper sucker 27, the second servo motor 251 starts simultaneously
Reversion, the second servo motor 251 drives the second driven wheel 253 to drive the second transmission clockwise of belt 254, to drive first to stir
Part 255 moves down, so that upper sucker 26 moves down under gravity, until it is close to each other with upper sucker 27 and be bonded,
And plastic sheet as filing arrangement is clipped between 27 upper surface of lower end surface and upper sucker of upper sucker 26；Start negative pressure device, respectively in upper suction
After forming negative pressure at multiple suction nozzles 28 of disk 26 and upper sucker 27, it is adsorbed on the upper surface film of plastic sheet as filing arrangement and following table facial mask respectively
On on the lower end surface of upper sucker 26 and upper 27 upper surface of sucker；At this point, the second servo motor 251 rotates forward, the second servo motor 251
The second driving wheel 252 is driven to drive 254 transmission counterclockwise of the second belt of institute；When the second 254 transmission counterclockwise of belt, can drive
First shifting part 255 moves up, and to drive upper sucker 26 far from upper sucker 27, and makes upper surface film and the lower surface of plastic sheet as filing arrangement
Film is separated from each other；So far, the membrane process of plastic sheet as filing arrangement is completed, to wait next step original to be transported to upper sucker 26 and upper sucker 27
Junction, original is carried out to seal up plastic sheet as filing arrangement.
When implementation, a kind of self-service accreditation equipment of driver's license of the invention, further includes second controller.Second controller setting
On any seat in the plane of self-service accreditation equipment.
When implementation, overlay film system 2 further includes overlay film system automatic control system, and control system includes third photoelectric sensor
290, the 4th photoelectric sensor 291, the first correlation inductor 292 and the first induction pieces 293, third photoelectric sensor 290 are set
It sets in the bottom of the first upper flitch 232；There are two 4th photoelectric sensor 291 is set, two the 4th photoelectric sensors 291 are along modeling excessively
The length direction of film transfer plate 22 is respectively separated the bottom that the both ends of plastic sheet as filing arrangement transfer blade 22 are arranged in；First correlation inductor
292 are arranged in the ipsilateral of two groups of sucker driving devices wherein one group of sucker driving device, and are fixed on 21 outside of the first rack
On lateral wall, there are two the first correlation inductor 292 is set, two the first correlation inductors 292 between the upper and lower every setting exist
On the lateral wall of first rack 21；First induction pieces 293 and the ipsilateral setting of the first correlation inductor 292, the first induction pieces 293
One end be fixed on the second belt 254, other end horizontal direction close to the first correlation inductor 292 direction extend；When
When two servo motors 251 drive the transmission of the second belt 254, the second belt 254 can drive the first induction pieces 293 at two first pair
It penetrates between formula inductor 292 and moves up and down repeatedly；Third photoelectric sensor 290, the 4th photoelectric sensor 291, first conveying electricity
Machine 231, the second feeder motor 243, negative pressure device and the second servo motor 251 are electrically connected with second controller.When implementation, the
The upper surface of one upper flitch 232 and plastic sheet as filing arrangement transfer blade 22 corresponds to third photoelectric sensor 290 and the 4th photoelectric sensor 291 peace
The position of dress is provided with runs through its through-hole up and down, issues for third photoelectric sensor 290 and the 4th photoelectric sensor 291
Light beam projects；The position of corresponding tenth photoelectric sensor 103 installation is provided with the through-hole for running through it up and down in fixed plate, for the tenth
The light beam that photoelectric sensor 103 issues projects.
The principle of 2 automatic work of overlay film system are as follows: plastic sheet as filing arrangement is from the discharge port output of the second feeding machanism 6 and is moved to
When in one upper flitch 232, plastic sheet as filing arrangement blocks the light beam that third photoelectric sensor 290 issues, and third photoelectric sensor 290 will be believed
Number it is sent to second controller, second controller, which controls the first feeder motor 231 and starts, simultaneously to be rotated forward, with synchronous driving 3 second
Roll wheel assembly 234 rotates counterclockwise, and plastic sheet as filing arrangement is pushed on plastic sheet as filing arrangement transfer blade 22；Turn when plastic sheet as filing arrangement is moved to plastic sheet as filing arrangement
It moves on plate 22, and plastic sheet as filing arrangement transfer blade 22 will be set and sent out far from the 4th photoelectric sensor 291 of 242 one end of the 4th roll wheel assembly
When light beam out blocks, the 4th photoelectric sensor 291 sends a signal to second controller, the first conveying of second controller control
Motor 231 inverts, and to drive the second roll wheel assembly 234 to rotate clockwise, plastic sheet as filing arrangement is pushed to the upper of third roll wheel assembly 241
Side；At this point, the light beam that plastic sheet as filing arrangement issues third photoelectric sensor 290 blocks disappearance, second controller control the first conveying electricity
Machine 231 is shut down, while starting the second feeder motor 243, by synchronous driving 241 He of third roll wheel assembly of the second feeder motor 243
The rotation of 4th roll wheel assembly 242 is located at continuing to press on plastic sheet as filing arrangement on plastic sheet as filing arrangement transfer blade 22 and being moved to close to the 4th idler wheel
At 4th photoelectric sensor 291 of component 242, and the light beam that the 4th photoelectric sensor 291 issues is blocked, the 4th optoelectronic induction
Device 291 sends a signal to second controller, and second controller controls the second feeder motor 243 and shuts down, and starts the second servo
Motor 251 inverts, and to drive the second belt 254 that the first shifting part 255 is driven to move down, keeps sucker 26 and upper sucker 27 slow
It is slow close and be bonded, and plastic sheet as filing arrangement is clipped between upper sucker 26 and upper sucker 27；At this point, the first induction pieces 293 are moved to two
At the induction end for the first correlation inductor 292 being located above in a first correlation inductor 292, the induction of the first correlation
Device 292 sends a signal to second controller, and second controller controls negative pressure device and opens, and by suction nozzle 28 respectively in upper suction
After the lower end surface of disk 26 and the upper end surface of upper sucker 27 form negative pressure, second controller controls the second servo motor 251 and rotates forward,
To drive the second belt 254 that the first shifting part 255 is driven to move up, the first shifting part 255 fluctuates upper sucker 26 and is gradually distance from
With upper sucker 27, at this point, the first induction pieces 293 are moved in two the first correlation inductors 292 underlying first pair
It penetrates at the induction end of formula inductor 292, the first correlation inductor 292 sends a signal to second controller, second controller
Negative pressure device is controlled to close.
Preferably, second feeding machanism 3 has structure identical with first feeding machanism 1, and described second
Feeding machanism 3 further includes the first photoelectric sensor 16, and the bottom of the shell 11, institute is arranged in first photoelectric sensor 16
It states the first photoelectric sensor 16 to be electrically connected with first controller, and the position for sensing card core.When feed, when card core from
When exporting in shell 11, and being delivered to the feed end of image print system 4, the first photoelectric sensor 16 senses the position of card core
It sets, transmits signals to the first controller, the first controller controls the first driving motor 141 and shuts down, and charging movement stops；
When the card core being transported in image print system 4 after use, the first photoelectric sensor 16 sensing less than card core when, the first photoelectricity
The transmission of 16 termination signal of sensor, the first controller continue to control the rotation of the first driving motor 141, dynamic to carry out next charging
Make；It so recycles repeatedly, to complete the successively conveyings to multiple card cores.Optimal, the lower horizontal of support plate 12 is fixed with one
Mounting plate 17, mounting plate 17 are cuboid plate, and the two sides of mounting plate 17 extend respectively to the two sides side wall of shell 11, and and shell
11 two sides side wall is fixedly connected, and the first controller is fixed on the upper end end face of mounting plate 17, the first photoelectric sensor
16 are fixed on the bottom of shell 11 by connecting plate 18, specifically, the lower section of corresponding support front edge of board is equipped with lower cover in shell 11
Plate, connecting plate 18 is vertically arranged, and the upper end is fixed on lower cover plate, and lower end extends downwardly, and the first photoelectric sensor 16 is fixed on
The lower end of connecting plate 18, connecting plate 18 can be put in the feed cavity of image print system 4, at this point, the first photoelectric sensor 16
It is within the cavity, to sense to the intracorporal card core of chamber, and send a signal to the first controller.
Preferably, the card core cutting mechanism 6 includes the second rack 61, the cutter 62 for cutting card core, is used for
Respectively drive card core mobile first straight line conveying device 63 and second straight line conveying device 64；Have in second rack 61
First workbench 65 of horizontally disposed cuboid, the left and right ends of first workbench 65 extend respectively to described
The feed end of the discharge end of image print system 2 and the text print system 3；The first straight line conveying device 63 and described
Second straight line conveying device 64 is arranged along the length direction interval of first workbench 65 respectively, and can respectively drive card core
Length direction along first workbench 65 moves between described image print system 2 and the text print system 3；
The cutter 62 is arranged on first workbench 65, and is located at the first straight line conveying device 63 and described the
Between two linear conveying devices 64；When the first straight line conveying device 63 and the driving card core difference of second straight line conveying device 64
When positioned at the lower section of the first straight line conveying device 63 and the second straight line conveying device 64, the cutter 62 will card
Core is cut into original copy and counterpart；After the card core is cut into original copy and counterpart, the first straight line conveying device 63 and described
Second straight line conveying device 64 respectively drives the original copy and counterpart relative movement of card core and far from the cutter 62.
The working principle of present invention card core cutting mechanism are as follows: card core carries out pictorial information printing by photo print device 4
Afterwards, core will be demonstrate,proved by photo print device 2 to export from the discharge end of photo print device 2, until first on the first workbench 45 is straight
Card core is delivered to the lower section of second straight line conveying device 64 by first straight line conveying device 63 by the lower section of lines conveying equipment 63,
And the feed end that card core is moved to text print system 3 is continued to press on by second straight line conveying device 64；Text print system 3 into
After the printing of row text information, core will be demonstrate,proved by text print system 3 and exported from the discharge end of text print system 3, be back to second
The lower section of linear conveying device 64, the driving card core of second straight line conveying device 64 are moved to the direction of first straight line conveying device 63
It is dynamic, when being located at the lower section of first straight line conveying device 63 and second straight line conveying device 64 to the original copy and counterpart for demonstrate,proving core,
First straight line conveying device 63 and second straight line conveying device 64 stop conveying card core, meanwhile, cutter 2 is cut into core is demonstrate,proved
Original copy and counterpart；After card core is cut into original copy and counterpart, first straight line conveying device 63 and second straight line conveying device 64 are again
It respectively drives original copy and counterpart and moves away from cutter 43.
When implementation, first straight line conveying device 63 includes first straight line driving device 631 and two the 5th roll wheel assemblies
632, second straight line conveying device 64 includes second straight line driving device 641 and two the 6th roll wheel assemblies 642, two the 5th rollings
Wheel assembly 632 and two the 6th roll wheel assemblies 642 are disposed in an evenly spaced relation in the first work along the length direction of the first workbench 65
Make the top of platform 65, and the rotation of the first workbench 65 can be respectively relative to；Each 5th roll wheel assembly 632 includes two perpendicular
To the 5th idler wheel of setting, two the 5th idler wheels are arranged along the width direction interval of the first workbench 65, each 6th idler wheel
Component 642 includes two the 6th vertically arranged idler wheels, and two the 6th idler wheels are along the width direction interval of the first workbench 65
Setting, first straight line driving device 631 and two the 5th roll wheel assemblies 632 are sequentially connected, second straight line driving device 641 and two
A 6th roll wheel assembly 642 transmission connection, first straight line driving device 631 and second straight line driving device 44 can respectively drive more
A 5th roll wheel assembly 632 and multiple 6th roll wheel assemblies 642 rotate synchronously.It is optimal, two the 5th idler wheels and two the 6th
The periphery of idler wheel is contacted with the surface of card core, makes table of the periphery of two the 5th idler wheels and two the 6th idler wheels respectively with card core
Face generates frictional force, and the conveying card core respectively under the action of distributed friction power, guarantees that card core can swimmingly be transported to first
Between linear conveying device 63 and second straight line conveying device 64.
When implementation, each 5th roll wheel assembly 632 includes the 5th connecting shaft, and each 6th roll wheel assembly 642 includes the 6th company
Axis, the 5th connecting shaft and the 6th connecting shaft are horizontally disposed along the width direction of the first workbench 45, and two the 5th idler wheels are mounted on the
The both ends of five connecting shafts, two the 6th idler wheels are mounted on the both ends of the 6th connecting shaft, and first straight line driving device 43 and the 5th connecting shaft pass
Dynamic connection, second straight line driving device 44 and the 6th connecting shaft are sequentially connected, first straight line driving device 43 and second straight line driving
Device 44 can synchronize corresponding 5th connecting shaft of driving and the 6th connecting shaft drives corresponding 5th idler wheel and the 6th idler wheel synchronous respectively
Rotation.Optimal, first straight line driving device 43 and second straight line driving device 44 are servo motor, and first straight line drives
Device 43 and second straight line driving device 44 are sequentially connected by belt with corresponding second connecting shaft and third connecting shaft, belt tool
Run smoothly, it is noiseless, be conveniently replaceable and safeguard, it is easy for installation the advantages that.
When implementation, cutter 62 includes cut a sheet of paper frame 621, cutter 622 and cutter actuating device, and frame 621 of cutting a sheet of paper can pass through
Fixing piece is mounted on the middle part of 65 upper surface of the first workbench, is equipped with and cuts a sheet of paper seam 623, the lower end surface for seam 623 of cutting a sheet of paper and the
The upper surface of one workbench 65 is located at same level, and liftable be mounted on of cutter 622 is cut a sheet of paper on frame 621, cutter driving
Device and cutter 622 are sequentially connected, and cutter 622 can be driven to rise to the upper end for seam 623 of cutting a sheet of paper, or drop to the first work and put down
The lower section of platform 65.The working principle of cutter 62 is, when second straight line conveying device 64 drives on the first workbench 65
When demonstrate,proving core to close to the movement of 63 direction of first straight line conveying device, card core passes through frame 621 of cutting a sheet of paper from cutting a sheet of paper to stitch in 623, while the
Two linear conveying devices 64 continue driving card core and move close to first straight line conveying device 63, until the original copy and counterpart difference of card core
Positioned at the lower section of second straight line conveying device 64 and first straight line conveying device 63, and the middle line for demonstrate,proving core is located at the upper of cutter 622
Side, second straight line conveying device 64 and first straight line conveying device 63 stop conveying card core, and cutter actuating device drives cutter 622
Along the rising of frame 621 of cutting a sheet of paper, until the upper end of cutter 622 is located at the upper end for seam 623 of cutting a sheet of paper, after the cutting for completing card core, cutter driving
Device drives cutter 622 to decline, until the upper end of cutter 622 is located at the lower section of the first workbench 65, second straight line conveying device
64 and first straight line conveying device 63 respectively drive again card core original copy and counterpart move away from cutter 622, cutter respectively
The driving device driving lifting of cutter 622 is to cut the card core cut a sheet of paper in seam 623, and structure is simple, and cutting efficiency is high.Most
Good, cutter actuating device is motor.
When implementation, cutter 62 further includes two feeding-in rolls 624 and lid 625, and lid 625 is the rectangular of open at both ends
Shape trough body structure, and its lower ending opening, lid 625 are mounted on the middle part of 65 upper surface of the first workbench, and its two sides side wall
Lower end be located at the position close to 65 upper end of the first workbench, the axis of two feeding-in rolls 422 is flat with the first work
The width direction of platform 65 is arranged in parallel, and in the lid 625 being individually positioned on the first workbench 65, and is located at and cuts a sheet of paper
The two sides of frame 621, when card core is moved to the side for frame 621 of cutting a sheet of paper, feeding-in roll 624 is under the action of demonstrate,proving core in lid 625
Lifting guarantees that card core enters and cuts a sheet of paper in seam 623, smoothly cut with guaranteeing that cutter 622 can verify core.
When implementation, card core cutter device further includes hoistable platform 68 and lifting body 69, and hoistable platform 68 is arranged first
The top of workbench 65, first straight line conveying device 63 and second straight line conveying device 64 are separately positioned on hoistable platform 68
On upper surface, two the 5th roll wheel assemblies 632 and two the 6th roll wheel assemblies 642 are rotatably mounted on hoistable platform 68 respectively
Lower end, lifting body 69 and hoistable platform 68 are sequentially connected, and hoistable platform 68 can be driven to drive two the 5th roll wheel assemblies
632 and two 642 synchronization liftings of the 6th roll wheel assembly.Two 632 Hes of the 5th roll wheel assembly are driven simultaneously by hoistable platform 68
Two the 6th roll wheel assembly 642 liftings, to adjust two the 5th roll wheel assemblies 632 and two the 6th roll wheel assemblies 642 and first
The gap of 65 upper surface of workbench is conveniently adjusted two the 5th roll wheel assemblies 632 and two the 6th roll wheel assemblies 642 and card core
Between frictional force, enable demonstrate,prove core successfully conveyed under the action of frictional force.
Lifting body 69 includes jacking driving device 691, jacking connecting plate 692 and two first lead screws 693, jacking connection
Plate 692 is horizontally set on the top of hoistable platform 68, and two first lead screws 693 are vertically arranged, under two first lead screws 693
End is separately positioned on the side of the first workbench 65 by the bearing block being rotatably assorted with it, and it is flat to be located at the first work
Platform 65 demonstrate,prove core driving means 5 side, the upper end extend respectively to jacking connecting plate 692 lower end, and respectively by with its turn
The bearing of dynamic cooperation is mounted on the lower end of jacking connecting plate 692, and hoistable platform 68 is screwed close to the side of two the first lead screws 693
Outside two the first lead screws 693, jacking driving device 691 is sequentially connected with two the first lead screws 693 respectively, and can respectively drive
Two the first lead screw 693 rotations, to drive hoistable platform 68 and two the 5th roll wheel assemblies 632 and two the 6th roll wheel assemblies
642 synchronization liftings.It is optimal, the jacking installation jacking of driving device 691 692 upper end of connecting plate, and it is located at first lead screw 693
Upper end, driving end and the upper end of first lead screw 693 be sequentially connected, first lead screw 693 can by belt with it is another
A first lead screw 693 is sequentially connected, and jacking driving device 691 drives one of them first lead screw 693 to rotate, and passes through belt band
Move another first lead screw 693 synchronous rotation.
It further include two the 5th photoelectric sensors 66 and two the 6th photoelectric sensors 67, two the 5th photoelectricity when implementation
Sensor 66 and two the 6th photoelectric sensors 67 are arranged at the bottom of the first workbench 65, wherein two the 5th photoelectricity
Sensor 66 is respectively close to the discharge end of image print system 4 and the feed end of text print system 5, two the 6th photoelectric sensings
Device 67 is separately positioned on close to the lower section of second straight line conveying device 64 and first straight line conveying device 63, two the 5th photoelectric transfers
Sensor 66 and two the 6th photoelectric sensors 67 are used to the position of induction card core, two the 6th photoelectric sensors 67 and cutter
The distance between 622 respectively at the original copy and counterpart of card core width it is equal in magnitude, two the 5th photoelectric sensors 66, two the
Six photoelectric sensors 67, first straight line driving device 631, second straight line driving device 641, cutter actuating device and jacking driving
Device 691 is electrically connected with the first controller in above-described embodiment.It is optimal, it is corresponding on the upper surface of the first workbench 65
The installation site of two the 5th photoelectric sensors 66 and two the 6th photoelectric sensors 67 is provided with and two the 5th photoelectric sensings
Device 66 and the one-to-one through-holes for running through the first workbench 65 up and down of two the 6th photoelectric sensors 67, to facilitate two the
The light beam that five photoelectric sensors 66 and two the 6th photoelectric sensors 67 issue projects.5th photoelectric sensor 66, the 6th photoelectricity
Sensor 67 and the first controller realize the automatic cutting of card core, improve the intelligence of card core cutting mechanism, improve card
The cutting efficiency of core cutting mechanism.
The present invention demonstrate,proves the process of the automatic cutting card core of core cutter device are as follows: image print system 4 will demonstrate,prove core and be pushed to the
When on one work top 45, card core is moved at the 5th photoelectric sensor 66 of 4 discharge end of image print system, and by the
The light beam that five photoelectric sensors 66 issue blocks, and the 5th photoelectric sensor 66 sends a signal to the first controller, the first control
Device control jacking driving device 691 drives hoistable platform 68 and two the 5th roll wheel assemblies 632 and two the 6th roll wheel assemblies 642
It synchronizes the periphery for dropping to corresponding 5th idler wheel and the 6th idler wheel and is contacted with wicking surface is demonstrate,proved, and control first straight line driving simultaneously
Device 631 and second straight line driving device 641 respectively drive two the 5th roll wheel assemblies 632 and two the 6th roll wheel assemblies 642
Synchronous forward rotation, will demonstrate,prove core and be delivered to 5 feed inlet of text print system, after being printed by text print system 5 again
When pushing on the first work top 45, card core is moved to the 5th photoelectric sensor 66 positioned at 45 feed end of image print system
Place, and the light beam that the 5th photoelectric sensor 66 issues is blocked, program is designed by program herein, i.e., when card core moves for the first time
When moving to the 5th photoelectric sensor 66, and the light beam that the 5th photoelectric sensor 66 issues being blocked, the 5th photoelectric sensor 66
The light beam that signal does not occur, goes out when being moved to the 5th photoelectric sensor 66 for the second time, and the 5th photoelectric sensor 66 is issued hides
When gear, the 5th photoelectric sensor 66 sends a signal to the first controller, and the first controller controls first straight line driving device 631
The 5th idler wheel and two the 6th roll wheel assemblies of two the 5th roll wheel assemblies 632 are respectively driven with second straight line driving device 641
642 the 6th idler wheel synchronous backward rotation, moves first straight line driving device 631 for the copy and original of demonstrate,proving core with correspondence respectively
With the lower section of second straight line driving device 641, the copy and original for demonstrate,proving core can will be close to second straight line driving in moving process
The light beam that 6th photoelectric sensor 67 of device 641 issues blocks, and is moved past the 6th photoelectric sensor 67 when demonstrate,proving core, and
To the light beam of sending block disappearance after (be same as above herein, when card core passes through six photoelectric sensors 67 respectively for the first time, the 6th light
Electric transducer 67 does not send signal), the 6th photoelectric sensor 67 sends a signal to the first controller, the first controller control the
One linear drive apparatus 631 and second straight line driving device 641 shut down, and synchronous driving jacking driving device 691 drives
The rising synchronous with two the 6th roll wheel assemblies 642 with two the 5th roll wheel assemblies 632 of hoistable platform 68, card core stop movement；Together
When, the first controller controls cutter actuating device driving cutter 622 and rises, until the upper end of cutter 622 is located at the upper of seam 623 of cutting a sheet of paper
End is cut into original copy and counterpart for demonstrate,prove core；Wait demonstrate,prove core be cut into original copy and counterpart after, cutter actuating device drive cutter
622 declines, until cutter actuating device is shut down after the upper end of cutter 622 is located at the lower section of the first workbench 65；Work as cutter driving
After device is shut down, the first controller retransmits signal to second straight line driving device 641 and first straight line driving device 631, the
Two linear conveying devices 641 and first straight line conveying device 631 start, and two the 6th roll wheel assemblies 642 and two of synchronous driving
A 5th roll wheel assembly 632 respectively drives original copy and counterpart and moves away from cutter 62, until the original copy and counterpart difference of card core
The light beam that two the 6th photoelectric sensors 67 issue is blocked, two the 6th photoelectric sensors 67 issue signal, the first control again
Device control first straight line driving device 631 and second straight line driving device 641 processed shut down, and synchronous driving jacking driving dress
The rising synchronous with two the 6th roll wheel assemblies 642 with two the 5th roll wheel assemblies 632 of 691 driving hoistable platforms 68 is set, at this point, just
This and copy are respectively moved to be located at close to the feed end of original feeding platform 81 and the feed end of copy feeding platform 82.
Preferably, the card core pushing mechanism 7 is mounted on the side of the card core cutting mechanism 6, the card by bracket
Core pushing mechanism 7 include third driving mechanism 71, and respectively with the first straight line conveying device 63 and the second straight line
The first pushing component 72 and the second pushing component 73 that conveying device 64 is arranged in a one-to-one correspondence；First pushing component 72 and
Two pushing components 73 include two vertically arranged push rods 74, and four push rods 74 are along the length side of the first workbench 65
It is arranged to interval, is respectively equipped on the upper surface of first workbench 65 and is pushed with first pushing component 72 and second
One-to-one first guide groove 76 of component 73 and the second guide groove 77, first guide groove 76 and second guide groove 77 pass through up and down
The upper surface of first workbench 65 is worn, and one end of first guide groove 76 and second guide groove 77 is respectively along described
The width direction of first workbench 65 extends close to the side of the card core pushing mechanism 7；First pushing component 72
Two push rods 74 run through first guide groove 76, the push rod 74 of two of second pushing component 73 up and down respectively
Run through second guide groove 77 up and down respectively；The third driving mechanism 71 respectively with first pushing component 72 and described
The transmission connection of two pushing components 73, and can synchronize and drive first pushing component 72 and second pushing component 73 corresponding
Two push rods 74 move back and forth in corresponding first guide groove 76 and the second guide groove 77, with respectively close to or far from institute
State the original feeding platform 81 and copy feeding platform 82 of conveying mechanism 8.
When implementation, third driving mechanism 71 includes motor, the second lead screw 711, the second connector 712 and two the second sliding blocks
713, the second lead screw 711 is horizontally disposed, and both ends are mounted on the upper end of bracket by the bearing block being rotatably assorted with it respectively, and
Its axis is parallel with the first guide groove 76, and the second connector 712 screws outside the second lead screw 711, one end of two the second sliding blocks 713
It is separately mounted to the lower end at 712 both ends of the second connector, and is slidably mounted on pedestal upper end face respectively, the first pushing component
72 and second pushing component 73 be mounted on two one end of the second sliding block 713 far from the second connector 712, motor correspondingly
Rack-mount end, and it is located at one end of the second lead screw 711, the driving end of motor and one end of the second lead screw 711 are driven and connect
It connects, and the second lead screw 711 can be driven to rotate, and drive the second connector 712 and two the second sliding blocks 713 along the second lead screw 711
Axial movement；When two the second sliding blocks 713 are along the axial movement of the second lead screw 711, corresponding first can be driven to push away respectively
The corresponding push rod 321 of dynamic component 72 and the second pushing component 73 moves back and forth in corresponding guide groove 322, with close to or far from
The original feeding platform 81 and copy feeding platform 82 of conveying mechanism 8, when the first pushing component 72 and the second pushing component 73
Corresponding push rod 321 is in corresponding guide groove 322 to the original feeding platform 81 and copy feeding platform 82 close to conveying mechanism 8
When, the first pushing component 72 and the second pushing component 73 corresponding can will be located at the copy on the first workbench 45 and original difference
It pushes on the original feeding platform 81 and copy feeding platform 82 of conveying mechanism 8.It is optimal, the motor of third driving mechanism 71
It is electrically connected with first controller of above-described embodiment, with the running of automatic control motor.
Demonstrate,prove the working principle that core pushing mechanism 7 pushes original copy and counterpart mobile automatically are as follows: when original copy and counterpart move respectively
Extremely the light beam that two the 6th photoelectric sensors 67 issue is blocked, second straight line conveying device 641 and first straight line conveying device
After 631 shut down, the first controller controls the motor operating of third driving mechanism 71；After motor operating, driving end can drive the
Two lead screws 711 drive the second connector 712 and two the second sliding blocks 713 along the axial movement of the second lead screw 711, and then band respectively
The corresponding push rod 321 for moving corresponding first pushing component 72 and the second pushing component 73 moves in corresponding guide groove 322, with
The copy being located on the first workbench 45 and original are pushed to original feeding platform 81 and the copy charging of conveying mechanism 8 respectively
On platform 82.
Preferably, conveying mechanism 8 includes original feeding platform 81, copy feeding platform 82, the 4th driving mechanism 83, is used for
Convey the lace conveying device 84 of copy and the clamping device 85 for conveying original；Original feeding platform 81 and copy charging are flat
Platform 82 respectively by bracket parallel interval be fixed on card core cutting mechanism 6 far from card core pushing mechanism 7 side, and original into
One end of material platform 81 and copy feeding platform 82 extends respectively to the side of the first workbench 65, and with the first workbench
65 are fixedly connected；The one end of copy feeding platform 82 far from card core cutting mechanism 6, clamping device is arranged in lace conveying device 84
The one end of original feeding platform 81 from card core cutting mechanism 6 is set；Original feeding platform 81 and copy feeding platform 82 it is upper
Side correspond respectively it is vertical be rotatably equipped with the 7th roll wheel assembly 86, the 4th driving mechanism 83 respectively with two the 7th idler wheels
Component 86 is sequentially connected；When original copy and counterpart are respectively moved on original feeding platform 81 and copy feeding platform 82, the 4th
It is flat that two the 7th roll wheel assemblies 86 of synchronous driving of driving mechanism 83 drive corresponding original feeding platform 81 and copy to feed respectively
Original copy and counterpart on platform 82 are mobile to the feed end of clamping device 85 and the feed end of lace conveying device 84.Conveying mechanism 8
Original copy and counterpart can be continued to convey, the promotion stroke of card core pushing mechanism 7 is reduced, be conducive to improve conveying of the invention
Efficiency.
When implementation, original feeding platform 81 and copy feeding platform 82 are respectively constituted close to one end of the first workbench 65
82 feed end of feed end and copy feeding platform of original feeding platform 81, original feeding platform 81 and copy feeding platform 82 are remote
One end from the first workbench 65 constitutes the discharge end of original feeding platform 81 and the discharge end of copy feeding platform 82；Original
Feeding platform 81 and copy feeding platform 82 are rectangular parallelepiped structure, and each 7th roll wheel assembly 86 includes two the 7th connecting shafts
The 7th idler wheel being arranged in a one-to-one correspondence with one with each 4th connecting shaft, every 7th connecting shaft along original feeding platform 81 and/
Or the length direction of copy feeding platform 82 is horizontally disposed, and two the 7th connecting shafts of each 7th roll wheel assembly 86 are along original
The width direction of feeding platform 81 and/or copy feeding platform 82 is arranged at intervals on original feeding platform 81 and/or copy charging
The top of platform 82, each 7th idler wheel are coaxially fixed on one end of corresponding 7th connecting shaft, two group of the 7th roll wheel assembly 86
The other ends of four the 7th connecting shafts pass through belt and be mutually sequentially connected；4th driving mechanism 832 and two group of the 7th roller group
The 7th connecting shaft transmission connection of 7th roll wheel assembly 86 in part 86, and the 7th connecting shaft of root can be driven to drive synchronous drive
Remaining the 7th connecting shaft rotation in dynamic two group of the 7th roll wheel assembly 86, and then drive the 7th rolling corresponding on four the 7th connecting shafts
Wheel rotation；When two the 7th idler wheels rotation on original feeding platform 81 and copy feeding platform 82, original can be driven respectively
Original copy and counterpart on feeding platform 81 and copy feeding platform 82 are mobile, and then respectively drive original copy and counterpart and be moved to clamping
Original, the card of overlay film system 2 is transported to by clamping device 85 by the feed end of mechanism 85 and the feed end of lace conveying device 84
Core feed end, and the copy discharge end that the present invention helps accreditation equipment is continued on to by lace conveying device 84.It is optimal, the 4th
Driving mechanism 83 is servo motor, can be driven and be connected by belt between corresponding multiple 7th connecting shafts of two group of the 7th roll wheel assembly 86
It connects, so that the 4th driving mechanism 83 can synchronize the multiple 4th idler wheel rotations of driving, it is mobile with synchronous driving original copy and counterpart, it improves
Working efficiency.
When implementation, the one end of lace conveying device 84 far from copy feeding platform 82 is that the present invention helps accreditation equipment
Copy discharge end, lace conveying device 84 are the charging of lace conveying device 84 close to one end of copy feeding platform 82
End；Lace conveying device 84 includes two conveyer belts, two driven rollers, drive roller wheel device, delivery board and roller driving electricity
Machine, delivery board are cuboid plate, and delivery board is fixed on the discharge end of copy feeding platform 82, two driven vollers by support level
Wheel is separately positioned on the rear and front end of conveying sheet conveying direction, and drive roller wheel device is fixed under delivery board by fixed frame
Side；Two conveyer belts are separately positioned on the two sides of delivery board, and bypass two driven rollers and drive roller wheel device, roller respectively
The lower section of delivery board is arranged in driving motor, and driving end and drive roller wheel device are sequentially connected, and drive roller wheel can be driven to fill
Two driven voller wheel rotations of drive are set, and then drive two conveyer belts that copy is driven to be moved to copy discharge end.
Preferably, clamping device 85 includes grip slipper 851, clamping delivery platform 852 and the 5th driving mechanism 853, clamping
Delivery platform 852 is moveably mounted to the upper end of grip slipper 851, and clamps upper surface and the original charging of delivery platform 852
The upper surface of platform 81 is concordant；5th driving mechanism 853 is arranged in grip slipper 851, driving end and clamping delivery platform 852
Transmission connection, the 5th driving mechanism 853 can drive clamping delivery platform 852 close to original feeding platform 81, with transfer original into
Expect the original on platform 81, or far from original feeding platform 81, the original clamped on delivery platform 852 is delivered to laminator
The plastic sheet as filing arrangement discharge end of structure.When implementation, clamping delivery platform 852 constitutes clamping device close to one end of card core cutting mechanism 6
Original feed end.Optimal, the length of clamping delivery platform 852 is less than the length of original.
When implementation, clamping device 85 further includes clamping conveying device 854, and the setting of clamping conveying device 854 is conveyed in clamping
The top of platform 852, for driving the original of clamping 852 upper surface of delivery platform mobile to the card core feed end of overlay film system 2；
Clamping conveying device 854 includes clamping cover board 855 and the 8th roll wheel assembly 856；Clamping cover board 855 is cuboid plate, clamp cover
Plate 855 is horizontally set on the upper end of clamping delivery platform 852, and the 8th roll wheel assembly 856 includes that the 8th connecting shaft and two vertically set
The 8th idler wheel set, the 8th connecting shaft are spindle rotationally arranged in above clamping cover board 855 along the length direction of clamping cover board 855, and two
A 8th idler wheel is coaxially fixed on the both ends of the 8th connecting shaft respectively, optimal, clamps on the upper surface of cover board 855 along clamping cover board
855 length direction is spaced apart there are two up and down through the strip through-hole of clamping cover board 855, two strip through-holes and two the 8th
Idler wheel is arranged in a one-to-one correspondence, and the bottom of two the 8th idler wheels is protruded into corresponding strip through-hole, until its periphery and clamping conveying are flat
The upper end face contact of platform 852, two the 8th idler wheels are for giving original one slight pressure, so that original smoothly rests on folder
On the upper surface for holding delivery platform 852.
When implementation, the 5th driving mechanism 853 includes the 5th driving motor 857 and the 5th driving lead screw 858, the 5th driving silk
Thick stick 858 is horizontally set in grip slipper 851, and the moving direction of the axis of the 5th driving lead screw 858 and clamping delivery platform 852
Unanimously, the sliding of 851 upper end of grip slipper is equipped with the 5th driving sliding block 859, and the driving end of the 5th driving lead screw 858 with it by rotating
The bearing of cooperation and one end be sequentially connected, and the 5th driving sliding block 859 can be driven sliding along the axial direction of the 5th driving lead screw 858
Dynamic, delivery platform 42 is fixed on the upper end of the 5th driving sliding block 859 by connector；5th driving motor 857 and the 5th driving
Lead screw 858 is sequentially connected, and the 5th driving motor 857 can drive the 5th driving lead screw 858 to drive the 5th driving sliding block 859 along the 5th
It drives the axial reciprocating of lead screw 858 mobile, and then drives clamping delivery platform 852 in original feeding platform 81 and overlay film system 2
The card core feed end junction of sucker 26 and upper sucker 27 (i.e. upper) between move back and forth.
The working principle of clamping device of the present invention are as follows: when original state, clamping delivery platform 852 is located at original feeding platform
81 discharge end one end, and the feed end for clamping delivery platform 852 is connect with the discharge end of original feeding platform 81；In the 7th rolling
Under the action of wheel assembly 86 drives, original is moved fully on clamping delivery platform 852 from the discharge end of original feeding platform 81,
And be located at original and be located between the upper surface of clamping delivery platform 852 and clamping cover board 855, at this point, two the 8th idler wheels are pushed down
Original to prevent original from continuing to move along under effect of inertia, and is fallen from clamping delivery platform 852；Meanwhile opening the
Five driving motors 857 are opened, and the 5th driving motor 857 rotates forward, and the 5th driving lead screw 858 is driven to drive clamping delivery platform
852 move along its axis to the junction of the upper sucker 26 of overlay film system 2 and upper sucker 27 (at this point, stating upper sucker 26 and upper suction
Disk 27 is to be located remotely from each other state), after the feed end of card core feed end of overlay film system 2 is protruded into the side of original, state the 5th drive
Dynamic motor 857 inverts, and drives the 5th driving lead screw 858 that clamping delivery platform 852 is driven to move along its axis return to original
The discharge end of feeding platform 81 is mobile, so far, that is, completes the original on original feeding platform 81 being transported to overlay film system 2
The junction of upper sucker 26 and upper sucker 27, and complete the process that plastic sheet as filing arrangement is sealed up to original.
When implementation, conveying mechanism 8 of the present invention further includes conveying mechanism control system, and conveying mechanism control system includes the 7th
Photoelectric sensor 87, the 8th photoelectric sensor 88, the 9th photoelectric sensor 89, the second correlation set sensor 810 and the second sense
Part 820 is answered, the 7th photoelectric sensor 87 is equipped with 4, and the 7th photoelectric sensor 87 of two of them is arranged in original feeding platform 81
Upper surface is set respectively close to the feed end of original feeding platform 81 and the position of discharge end, other two the 7th photoelectric sensor 87
It sets in 82 upper surface of copy feeding platform respectively close to the feed end of copy feeding platform 82 and the position of discharge end, 4 the 7th
Photoelectric sensor 87 is electrically connected with the first controller；The delivery board of lace conveying device 84 is arranged in 8th photoelectric sensor 88
On, the 8th photoelectric sensor 88 is equipped with 3, and 3 the 8th photoelectric sensors 88 are set along the conveying direction uniform intervals of conveying mechanism 8
It sets on delivery board；The bottom of clamping 852 feed end of delivery platform is arranged in 9th photoelectric sensor 89, and the second correlation sets biography
Sensor 810 is arranged on the lateral wall of 851 side of grip slipper, and the second correlation is set there are two sensor 810 sets, and two second pair
The formula of penetrating sets being arranged at axially spaced intervals on the lateral wall of 851 side of grip slipper along the 5th driving lead screw 858 of sensor 810；Second
Induction pieces 820 are vertically arranged in the second correlation and set the ipsilateral of sensor 810, and the upper end is fixed on the 5th driving sliding block 859
Side, lower end extend downwardly；When the 5th driving lead screw 858 of the 5th driving motor 857 driving drives the 5th driving sliding block 859 along the
The axial movement of five driving lead screws 858 is that the 5th driving sliding block 859 can drive the second induction pieces 820 in two the second correlations
It sets and is moved back and forth between sensor 810；7th photoelectric sensor 87, the 8th photoelectric sensor 88, the 9th photoelectric sensor 89,
Two correlations set sensor 810, the 4th driving mechanism 83 and the 5th driving motor 857 and are sequentially connected with second controller.
When implementation, on the conveyor surface of original feeding platform 81 corresponding two 87 installation sites of the 7th photoelectric sensor be provided with
The one-to-one through-holes for running through 81 conveyor surface of original feeding platform up and down of 2 the 7th photoelectric sensors 87, to facilitate two the
The light beam that seven photoelectric sensors 87 issue projects；Corresponding 7th photoelectric sensor, 87 installation site of copy feeding platform 82 be provided with
The one-to-one through-holes for running through 82 conveyor surface of copy feeding platform up and down of 2 the 7th photoelectric sensors 87, to facilitate two the
The light beam that seven photoelectric sensors 87 issue projects；Corresponding three the 7th photoelectric sensors 87 on the delivery board of lace conveying device 84
Installation site is provided with the through-holes for running through delivery board up and down correspondingly with 2 the 7th photoelectric sensors 87, to facilitate 2 the 7th
The light beam that photoelectric sensor 87 issues projects；Clamp corresponding 9th photoelectric sensor, 89 installation position in upper surface of delivery platform 852
The through-hole for being provided with about one through clamping delivery platform 852 is set, is projected with the light beam for facilitating the 9th photoelectric sensor 89 to issue.
The working principle of conveying device 8 are as follows: when original copy and counterpart be respectively moved to original feeding platform 81 feed end and
The feed end of copy feeding platform 82, and will be arranged fed in 81 feed end of original feeding platform and copy feeding platform 82 respectively
When the light beam that 7th photoelectric sensor 87 at end issues blocks, two the 7th photoelectric sensors 87 are sent to second controller respectively
Signal, second controller control the rotation of the 4th driving mechanism 83, and it is corresponding to drive two the 7th roll wheel assemblies 86 to drive respectively
Discharge end from original copy and counterpart on original feeding platform 81 and copy feeding platform 82 to original feeding platform 81 and copy into
Expect that the discharge end of platform 82 is mobile；When original copy and counterpart be respectively moved to original feeding platform 81 discharge end and copy charging it is flat
The discharge end of platform 82, and the 7th light of 82 discharge end of 81 discharge end of original feeding platform and copy feeding platform will be set respectively
The light beam that electric transducer 87 issues is when blocking, and two the 7th photoelectric sensors 87 send signal to second controller respectively, and second
Controller controls the 4th driving mechanism 83 and stops operating.At this point, copy is moved to two conveyer belts with lace conveying device 84
Transmission plane on, and the light beam that first the 7th photoelectric sensor 87 on the delivery board of lace conveying device 84 issues is blocked
When, the 7th photoelectric sensor 87 sends a signal to second controller, and second controller controls roller driving motor and the 5th and drives
Motivation structure 853 rotates forward, and when the rotation of roller driving motor, drive roller wheel device can be driven to drive two driven voller wheel rotations, into
And two conveyer belts is driven to drive copy to mobile successively by second and the top of the 7th photoelectric sensor 87 of third；When
When copy moves over seven photoelectric sensor 87 of third, the 7th photoelectric sensor 87 sends signal to second controller,
Second controller control roller driving motor stops operating, and copy is exported from the copy discharge end of the self-service accreditation equipment, at this point,
The self-service accreditation equipment completes the automatic accreditation process to a driver's license copy；When the 5th driving mechanism 853 rotates forward, to drive
Dynamic 5th driving lead screw 858 drives clamping delivery platform 852 to move along its axis to the card core feed end of overlay film system 2, at this point,
Second induction pieces 820 are also moved to the second correlation that two the second correlations set close 2 side of overlay film system in sensor 810
The induction end of sensor 810 is set, the second correlation sets sensor 810 and sends a signal to second controller, second controller control
The reversion of the 5th driving motor 857 is made, and drives clamping delivery platform 852 to move along its axis with the 5th driving lead screw 858 of driving
To the discharge end of original feeding platform 81, set in sensor 810 at this point, the second induction pieces 820 are moved to two the second correlations
The induction end of sensor 810 is set close to the second correlation of original feeding platform 81, the second correlation sets sensor 810 for signal
It is sent to second controller, second controller controls the 5th driving motor 857 and shuts down.
When implementation, third feeding machanism 9 has structure identical with the first feeding machanism 1 in above-described embodiment, and third
Feeding machanism 9 is fixed on the top of lace conveying device 84, and close to the separate copy feeding platform 82 of lace conveying device 84
One end；Third feeding machanism 9 can be automatically performed the granting movement of leather sheath, and the automatic control system of third feeding machanism 9 can protect
Card allots a leather sheath to each driver's license, and high sensitivity has leather sheath supply rate fast and simple operation and other advantages；Third supplies
The lower section of the discharge port of third feeding machanism 9 is arranged in the lower cover plate of material mechanism 9, and discharging device 15 can push third feeding machanism
Leather sheath in 9 shell 11 is moved to the discharge port of third feeding machanism 9, the leather sheath in the shell 11 of third feeding machanism 9
When being moved to the discharge port of third feeding machanism 9, leather sheath is pushed to the upper end of the lower cover plate of shell 11 by the first roll wheel assembly 152
It on face, and is exported from lower cover plate, at this point, the self-service accreditation equipment completes the automatic supply process to a driver's license leather sheath.
When clamping device 85 by original be transported to film adsorption mechanism upper sucker 26 and upper sucker 27 junction when, original is stretched
The junction for entering upper sucker 26 and upper sucker 27, after pushing down original by the 4th roll wheel assembly 242, clamping delivery platform 852 is to leaning on
The direction of nearly 81 feed end of original feeding platform is mobile；At this point, starting the second feeder motor 243 reversion, by the three or four roller group
Part 241 and the 4th roll wheel assembly 242, which respectively drive, seals up the original of well plastic film in the upper end of plastic sheet as filing arrangement transfer blade 22 towards leaning on
The direction of nearly 10 feed end of laminator structure is mobile.
Preferably, the laminator structure includes laminator 100, the 9th rolling assembly 101 and the 6th driving mechanism 102, institute
It states laminator 100 and the side of first rack 21 far from the film adsorption mechanism, and the feed end of the laminator 100 is set
It extends to and is connect with the plastic sheet as filing arrangement transfer blade 22 far from one end of the film adsorption mechanism；9th rolling assembly 101 setting
In side of the laminator 100 far from first rack 21, the 6th driving mechanism 102 and the 9th rolling assembly
101 transmission connections, and the 9th rolling assembly 101 can be driven to rotate.When implementation, laminator 100 is fixed by the bracket
One side of the rack 21 far from film adsorption mechanism, the 9th rolling assembly 101 are fixed on laminator 100 by two vertical fixed plates
Discharge end, the 9th rolling assembly 101 includes that the 9th connecting shaft and two vertical coaxial spaceds are fixed on the 9th connecting shaft upper end
Nine idler wheels, the 9th connecting shaft are rotatably mounted between two fixed plates, and the periphery of two the 9th idler wheels all extends to laminator
The end of 100 discharge ends, the 6th driving mechanism 102 and the 9th connecting shaft are sequentially connected, and the 9th connecting shaft can be driven to drive two the
The rotation of nine idler wheels；Optimal, the 6th driving mechanism 102 is servo motor.
When implementation, laminator structure 10 further includes laminator structure automatic control system, and control system includes the tenth optoelectronic induction
Device 103, the tenth photoelectric sensor 103 pass through the lower end that the fixed plate being laterally arranged is fixed on the front of the 9th rolling assembly 101,
And the 9th the periphery of two the 9th idler wheels of rolling assembly 101 extend to the upper end face contact with fixed plate, the tenth optoelectronic induction
Device 103 and the 6th driving mechanism 102 are electrically connected with second controller.Corresponding tenth photoelectric sensor 103 installation in fixed plate
Position be provided with and run through its through-hole up and down, for the tenth photoelectric sensor, 103 light beams issued are projected.
The principle of 10 automatic work of laminator structure are as follows: the original for sealing up well plastic film is moved from the feed end of laminator 100
Move into laminator 100, and have laminator 100 cross mould after, solid the original moulded from the discharge end of laminator 100 output,
And it is moved to the lower section of the 9th roll wheel assembly 101, at this point, original blocks the light beam issued by the tenth photoelectric sensor 103, the
Ten photoelectric sensors 103 send a signal to second controller, and second controller opens the 6th driving mechanism 102, the 6th driving
It is mobile to the direction far from 100 discharge end of laminator that mechanism 102 drives the 9th roll wheel assembly 101 that original is driven to continue, and to just
This removes to the light beam issued to the tenth photoelectric sensor 103 completely out of laminator 100 and blocks disappearance, and second controller is closed
6th driving mechanism 102, the 9th roll wheel assembly 101 no longer rotate, and original stops movement, so far, that is, complete to driver's license just
This crosses the movement of modeling.
When original completes overlay film, to cross after moulding etc. after processes, the production process of driver's license original is completed, so far, driver's license
The manufacturing process of original copy and counterpart is completed, and driver's license leather sheath supply process is also completed, whole production process of a driver's license
It completes.
Although the embodiments of the present invention have been disclosed as above, but its is not only in the description and the implementation listed
With it can be fully applied to various fields suitable for the present invention, for those skilled in the art, can be easily
Realize other modification, therefore without departing from the general concept defined in the claims and the equivalent scope, the present invention is simultaneously unlimited
In specific details and embodiment shown and described herein.
Claims (10)
1. a kind of self-service accreditation equipment of driver's license characterized by comprising for supply plastic sheet as filing arrangement the first feeding machanism (1),
Original for verifying core carried out modeling sealing overlay film system (2), for ration book core the second feeding machanism (3), be used for
It prints the image print system (4) of certificate image part, the text print system (5) for printing card core message part, be used for
Card core cutting mechanism (6) that core cut and transported will be demonstrate,proved, pushed and transported for verifying the original copy and counterpart of core
Card core pushing mechanism (7), for verifying conveying mechanism (8) that the original copy and counterpart of core are conveyed respectively, for supplying leather sheath
Third feeding machanism (9) and for cross mould laminator structure (10)；
Described image print system (4) and the text print system (5) are separately fixed at a left side for card core cutting mechanism (6)
Right two sides, and the feed end of card core cutting mechanism (6) and the discharge end of described image print system (4) are connected to and in communication with,
The discharge end of card core cutting mechanism (6) and the discharge end of the text print system (5) are connected to and in communication with, and described second supplies
Material mechanism (3) is fixed on the tops of described image print system (4), and the discharge end of second feeding machanism (3) with it is described
The feed end of image print system (4) is connected to and in communication with；The conveying mechanism (8) is horizontally fixed on the card core cutting mechanism
(6) side has horizontally disposed original feeding platform (81) and copy feeding platform (82) on the conveying mechanism (8),
Card core pushing mechanism (7) is fixed on the other side of card core cutting mechanism (6), and can be by the card core cutting mechanism
(6) original copy and counterpart on push to the original feeding platform (81) and copy feeding platform of the conveying mechanism (8) respectively
(82) on；The overlay film system (2) is arranged in the conveying mechanism (8) far from described one end for demonstrate,proving core cutting mechanism (6), described
First feeding machanism (1) is fixed on the top of the overlay film system (2), the discharge end of first feeding machanism (1) with it is described
The plastic sheet as filing arrangement feed end of overlay film system (2) is connected to and in communication with, and the third feeding machanism (9) is arranged in the conveying mechanism (8)
Top, the laminator structure (10) setting is in the one end of the overlay film system (2) far from card core cutting mechanism (6).
2. the self-service accreditation equipment of a kind of driver's license according to claim 1, which is characterized in that first feeding machanism
(1) include: shell (11), support plate (12), push plate (13), sliding equipment, the first driving mechanism (14) and at least one first
Idler wheel (152)；The inner hollow and upper and lower ends of the shell (11) are open, and first idler wheel (152) passes through first
Connecting shaft (151) is spindle rotationally arranged in the front side in the middle part of the shell (11), and the support plate (12) is arranged in the shell
(11) in, its rear end is fixedly connected with inner wall on rear side of the shell (11), and front end is tilted towards first idler wheel diagonally downward
(152) periphery extends, and is formed between the front end of the support plate (12) and first idler wheel (152) and passed through for material
Channel, the sliding equipment is arranged in the upper end of the support plate (12), and the push plate (13) is vertically obliquely installed, lower end
It is connect with the sliding equipment, the upper end extends to back side top, and the sliding equipment drives the push plate (13) along the branch
The upper surface of fagging (12) is moved forward and backward, and material is pushed to the top in the channel.
3. the self-service accreditation equipment of a kind of driver's license according to claim 1, which is characterized in that overlay film system (2) packet
Plastic sheet as filing arrangement conveying device and film adsorption mechanism are included, the plastic sheet as filing arrangement conveying device setting is in the original feeding platform (81) far from institute
The side of card core cutting mechanism (6) is stated, the film adsorption mechanism setting is fed in the plastic sheet as filing arrangement conveying device close to the original
The side of platform (81), the plastic sheet as filing arrangement that the plastic sheet as filing arrangement conveying device is used to for plastic sheet as filing arrangement being transported to the film adsorption mechanism are fed
End, the film adsorption mechanism is for adsorbing the upper surface film and lower surface UF membrane of plastic sheet as filing arrangement.
4. the self-service accreditation equipment of a kind of driver's license according to claim 3, which is characterized in that the plastic sheet as filing arrangement conveying device
Including the first rack (21), the upper end of first rack (21) is equipped with opening, the open composition overlay film system (2)
Plastic sheet as filing arrangement feed end；First feeding machanism (1) is fixed on the upper end open-mouth of first rack (21), and described first supplies
The discharge end of material mechanism (1) extends to the open-mouth, and is connected to the opening；It is horizontally disposed in first rack (21)
Have plastic sheet as filing arrangement transfer blade (22), the top of the plastic sheet as filing arrangement transfer blade (22) is equipped with the first conveying device (23), the plastic sheet as filing arrangement
Transfer blade (22) is equipped with the second conveying device (24), when first feeding machanism (1) supplies into first rack (21)
When answering plastic sheet as filing arrangement, first conveying device (23) can drive plastic sheet as filing arrangement to be moved on the plastic sheet as filing arrangement transfer blade (22), and by
Second conveying device (24) drives plastic sheet as filing arrangement mobile to the plastic sheet as filing arrangement of film adsorption mechanism charging extreme direction.
5. the self-service accreditation equipment of a kind of driver's license according to claim 4, which is characterized in that the film adsorption mechanism setting exists
First rack (21) is close to the side of the original labor and materials platform (81)；The film adsorption mechanism includes the second driving mechanism
(25), upper sucker (26), lower sucker (27) and negative pressure device；One end of the lower sucker (27) is fixed on first rack
(21) on, the other end is extended obliquely downward；The upper sucker (26) setting above the lower sucker (27), one end with it is described
The junction of lower sucker (27) one end rotation connection, the upper sucker (26) and the lower sucker (27) constitutes the film adsorption mechanism
Plastic sheet as filing arrangement feed end；The other end of the upper sucker (26) and the lower sucker (27) is evenly equipped with multiple suction nozzles (28) respectively,
The negative pressure device is arranged on first rack (21), and is connected to and in communication with respectively with multiple suction nozzles (28) by pipeline；
Second driving mechanism (25) and the upper sucker (26) are sequentially connected, and the upper sucker (26) can be driven to rotate close to institute
Lower sucker (27) are stated, until the upper sucker (26) and the lower sucker (27) are close to each other and be bonded, or far from the lower sucker
(27)。
6. the self-service accreditation equipment of a kind of driver's license according to claim 1, which is characterized in that the card core cutting mechanism
It (6) include the second rack (61), the cutter (62) for cutting card core, the first straight line for respectively driving card core movement
Conveying device (63) and second straight line conveying device (64)；With horizontally disposed cuboid on second rack (61)
The left and right ends of first workbench (65), first workbench (65) extend respectively to described image print system (4)
Discharge end and described image print system (5) feed end；The first straight line conveying device (63) and the second straight line
Conveying device (64) is arranged along the length direction interval of first workbench (65) respectively, and can respectively drive card core along institute
The length direction for stating the first workbench (65) moves between described image print system (4) and described image print system (5)
It is dynamic；The cutter (62) is arranged on first workbench (65), and is located at the first straight line conveying device
(63) between the second straight line conveying device (64)；When the first straight line conveying device (63) and second straight line conveying dress
(64) driving card core is set to be located under the first straight line conveying device (63) and the second straight line conveying device (64)
Fang Shi, the cutter (62) are cut into original copy and counterpart for core is demonstrate,proved；It is described after the card core is cut into original copy and counterpart
First straight line conveying device (63) and the second straight line conveying device (64) respectively drive the opposite shifting of original copy and counterpart of card core
It is dynamic and separate the cutter (62).
7. the self-service accreditation equipment of a kind of driver's license according to claim 6, which is characterized in that the card core pushing mechanism
(7) side of card core cutting mechanism (6) is mounted on by bracket, the card core pushing mechanism (7) includes third driving machine
Structure (71), and set respectively with the first straight line conveying device (63) and the second straight line conveying device (64) one-to-one correspondence
The first pushing component (72) and the second pushing component (73) set；First pushing component (72) and the second pushing component (73)
It include two vertically arranged push rods (74), four push rods (74) are along the length direction interval of the first workbench (65)
Setting, the upper surface of first workbench (65) be equipped with respectively with first pushing component (72) and the second promotion group
One-to-one first guide groove (76) of part (73) and the second guide groove (77), first guide groove (76) and second guide groove (77)
Run through the upper surface of first workbench (65) up and down, and first guide groove (76) and second guide groove (77)
One end extends close to the side of card core pushing mechanism (7) along the width direction of first workbench (65) respectively；
The push rod (74) of two of first pushing component (72) runs through first guide groove (76) up and down respectively, and described second pushes away
The push rod (74) of two of dynamic component (73) runs through second guide groove (77) up and down respectively；The third driving mechanism (71)
It is sequentially connected respectively with the first pushing component (72) and the second pushing component (73), and driving the first pushing component (72) can be synchronized
Two push rods (74) corresponding with the second pushing component (73) are in corresponding first guide groove (76) and the second guide groove
(77) in move back and forth, with respectively close to or far from the conveying mechanism (8) original feeding platform (81) and copy charging put down
Platform (82).
8. the self-service accreditation equipment of a kind of driver's license according to claim 6, which is characterized in that conveying mechanism (8) packet
Include the original feeding platform (81), the copy feeding platform (82), the 4th driving mechanism (83), the band for conveying copy
Formula conveying device (84) and clamping device (85) for conveying original；The original feeding platform (81) and copy charging
Platform (82) is fixed on the card core cutting mechanism (6) far from the card core pushing mechanism by bracket parallel interval respectively
(7) side, and one end of the original feeding platform (81) and the copy feeding platform (82) extends respectively to described
The side of one workbench (65), and be fixedly connected with first workbench (65)；The lace conveying device (84) sets
It sets in the one end of the copy feeding platform (82) far from card core cutting mechanism (6), the clamping device is arranged described
The one end of original feeding platform (81) from card core cutting mechanism (6)；The original feeding platform (81) and the copy into
The top of material platform (82) corresponds vertical rotatably equipped with the 7th roll wheel assembly (86), the 4th driving mechanism respectively
(83) it is sequentially connected respectively with two the 7th roll wheel assemblies (86)；When original copy and counterpart are respectively moved to original feeding platform
(81) when and on the copy feeding platform (82), the 4th driving mechanism (83) two the 7th roller groups of synchronous driving
Part (86) drives the original copy and counterpart on the corresponding original feeding platform (81) and the copy feeding platform (82) respectively
It is mobile to the feed end of the clamping device (85) and the feed end of the lace conveying device (84).
9. the self-service accreditation equipment of a kind of driver's license according to claim 8, which is characterized in that clamping device (85) packet
It is removable to include grip slipper (851), clamping delivery platform (852) and the 5th driving mechanism (853), the clamping delivery platform (852)
The dynamic upper end for being mounted on the grip slipper (851), and the upper surface of clamping delivery platform (852) and the original are fed
The upper surface of platform (81) is concordant；5th driving mechanism (853) setting in the grip slipper (851), driving end with
Clamping delivery platform (852) transmission connection, the 5th driving mechanism (853) can drive the clamping delivery platform
(852) close to the original feeding platform (81), with the original on the original feeding platform (81) of transferring, or far from it is described just
This feeding platform (81), by the original on clamping delivery platform (852) be delivered to the card core of the overlay film system (2) into
Expect end.
10. the self-service accreditation equipment of a kind of driver's license according to claim 4 or 5, which is characterized in that the laminator structure packet
Laminator (100), the 9th rolling assembly (101) and the 6th driving mechanism (102) are included, the laminator (100) is arranged described
Side of first rack (21) far from the film adsorption mechanism, and the feed end of the laminator (100) is extended to and is moulded with described cross
Film transfer plate (22) is connected far from one end of the film adsorption mechanism；9th rolling assembly (101) is arranged in the laminator
(100) far from the side of first rack (21), the 6th driving mechanism (102) and the 9th rolling assembly (101)
Transmission connection, and the 9th rolling assembly (101) can be driven to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811195640.7A CN109335139B (en) | 2018-10-15 | 2018-10-15 | Self-help driver license making equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811195640.7A CN109335139B (en) | 2018-10-15 | 2018-10-15 | Self-help driver license making equipment |
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| Publication Number | Publication Date |
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| CN109335139A true CN109335139A (en) | 2019-02-15 |
| CN109335139B CN109335139B (en) | 2023-10-24 |
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ID=65310120
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811195640.7A Active CN109335139B (en) | 2018-10-15 | 2018-10-15 | Self-help driver license making equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114475020A (en) * | 2020-10-23 | 2022-05-13 | 深圳市鸿珀智能科技有限公司 | Fault removal method for certification equipment |
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| CN109335139B (en) | 2023-10-24 |
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Denomination of invention: A self-service driver's license making device Granted publication date: 20231024 Pledgee: Guanggu Branch of Wuhan Rural Commercial Bank Co.,Ltd. Pledgor: WUHAN BO SI RUI ELECTRONIC TECHNOLOGY Co.,Ltd. Registration number: Y2024980001367 |
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