CN103029451B - Combined multifunctional card manufacturing machine and card manufacturing method - Google Patents
Combined multifunctional card manufacturing machine and card manufacturing method Download PDFInfo
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- CN103029451B CN103029451B CN201210580898.5A CN201210580898A CN103029451B CN 103029451 B CN103029451 B CN 103029451B CN 201210580898 A CN201210580898 A CN 201210580898A CN 103029451 B CN103029451 B CN 103029451B
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- card
- certificate card
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J13/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in short lengths, e.g. sheets
- B41J13/10—Sheet holders, retainers, movable guides, or stationary guides
- B41J13/12—Sheet holders, retainers, movable guides, or stationary guides specially adapted for small cards, envelopes, or the like, e.g. credit cards, cut visiting cards
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K13/00—Conveying record carriers from one station to another, e.g. from stack to punching mechanism
- G06K13/02—Conveying record carriers from one station to another, e.g. from stack to punching mechanism the record carrier having longitudinal dimension comparable with transverse dimension, e.g. punched card
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- Engineering & Computer Science (AREA)
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- Credit Cards Or The Like (AREA)
Abstract
The invention discloses a combined multifunctional card manufacturing machine and a card manufacturing method. The combined multifunctional card manufacturing machine comprise a card-entering mould set, a printing mould set, a film-covering mould set, a card-out mould set and a controlling assembly. The card-entering mould set, the printing mould set, the film-covering mould set and the card-out mould set are combined in sequence, the card-entering mould set is provided with a card-entering device and a card-pick-up driving mechanism, the film-coating mould set is provided with a buffering driving mechanism and a film-covering device, the card-out mould set is provided with a thermal printing device, an examining mechanism, a reading mechanism and a card-out device, and the controlling assembly is connected with all the devices. In the process of card manufacturing, functions of information reading, examination, printing area printing, anti-fake film covering, erasable area printing, shooting filing, quality self-checking, classification and the like are provided. According to the combined multifunctional card manufacturing machine and the card manufacturing method, all the mould sets can be in any combination according to production capacity, a minimum one set printing mould set or a maximum of six sets printing mould sets all can work normal, transport, installation, replacement and maintenance are all very convenient, environment adaptability is strong and demand of manufacturing a variety of cards is met.
Description
Technical field
The present invention relates to a kind of making apparatus and method of certificate card, especially a kind of multifunctional assembled accreditation Apparatus and method for.Belong to accreditation technical field.
Background technology
The important carrier that certificate card manages as legal identification and innovation society, people can handle multiple certificate in daily life, work, as identity documents such as identity card, residence permit, social security card, driver's licenses, have played important identification and veritification; Also comprise the sector application card that credit card, bank card, member card etc. have the specific functions such as consumption, payment.
Along with Information technology development, the scientific and technological content of certificate card increases gradually, from traditional papery card, magnetic stripe card, IC-card, IP phonecards etc. experienced by very big change, not only be improved on making material, and functionally also develop into multifunctional certificate card from original simple function, use from single and become erasable repeatedly use, from contact identifiable design to closely identifying again to can remote identification and communication ... certificate card is widely used in authentication at present, electronic access, the fields such as small amount payment, along with smart card techniques progress, follow information industry especially 3G mobile communication ground high speed development, possesses higher scientific and technological content.
The development of certificate card facilitates the progress of accreditation technology, and as everyone knows, the surface information of traditional card-type credentials all needs by, printing etc. that technology is disposable completes, and the information content just cannot change again once formation.If the customized information of holder such as the term of validity etc. changes, the surface information of card but can not upgrade in time, holder must apply the new card of making one again according to modification information, take time and effort, card utilization ratio is very low, increase changing card trouble and using card cost of the masses, can not meet innovation in social management and the requirement of serving the masses.Equally, traditional accreditation method be accept application and card making link separate, its result caused be exactly the masses handle certificate can through multiple flow processs such as " application certificates handling, the accreditations of accreditation department for review, issue certificates individually, the masses get certificate ", need to wait for for a long time from preparation data to taking certificate, very inconvenient.
In view of above problem, it is 201110041562.7 that applicant proposed number of patent application on 02 21st, 2011, name is called the application for a patent for invention of " large-scale equipment for manufacturing identification cards and method ", large-scale equipment for manufacturing identification cards and method disclosed in this patent application, by various accreditation associated component innovative technology combination, utilize Control Component and its normal operation of intelligent program control and management, printing information is printed by the printing zone of at least two printing zone printing equipments continuously on the certificate card surface of correspondence, by at least two electronically written modules, Card read/write is carried out to certificate the core of the card sheet, by film covering device, false proof and conservation treatment is carried out to certificate card, write by the information of thermal printing apparatus to described certificate card surface erasable region, thus form the multi-functional intelligent accreditation equipment be integrated in one, improve accreditation efficiency, reach continuous, in batches, the convenience-for-people effect of quick accreditation, but the said equipment and method be Shortcomings part also, it is integrated with read-write, print, the function such as false proof, function is comprehensive not.In addition, manufacturing speed need improve, as face certificate card concentrate change time, be difficult to the object reaching High-effective Service, can not meet the demand of the masses, too increase the pressure of accreditation department.
In view of the weak point of above-mentioned patent application " large-scale equipment for manufacturing identification cards and method ", it is 201210041326.X that applicant proposes number of patent application again on February 22nd, 2012, name is called the application for a patent for invention of " Apparatus and method for is made in multifunctional certificate blocking ", except there is the function of " large-scale equipment for manufacturing identification cards and method ", can also be verified certificate card surface information and information typesetting by OCR (optical character identification) back gauge calibration equipment and OCR (optical character identification) information checking device, veritify the two-dimensional bar of device to certificate card by Quick Response Code scanning to identify, carry out contrast by filming apparatus and reader device to the printing zone of certificate card and erasable area information and chip information to veritify.But the said equipment is existing defects still, its all device is arranged on a cabinet, when device a certain on cabinet damages, not too convenient when changing or keep in repair.In addition, the quantity of printing zone printing equipment must determine before device fabrication, then the specification of cabinet is formulated according to quantity, when the printing zone printing equipment quantity arranged is more, because the specification of cabinet cannot be changed, therefore the weight and volume of whole equipment also can increase, and causes difficult, is also not suitable for some accreditation departments that only need make certificate card in a small amount and uses.
Summary of the invention
The object of the invention is the defect in order to solve above-mentioned prior art, a kind of multifunctional assembled accreditation equipment of rational in infrastructure, easy accessibility is provided.
Another object of the present invention is to the certificate card preparation method that a kind of multifunctional assembled accreditation equipment is provided.
Object of the present invention can reach by taking following technical scheme:
Multifunctional assembled accreditation equipment, comprises
For the Control Component of control appliance work;
Interconnective be provided with that at least two card feeding devices entering draw-in groove and top be provided with OCR back gauge calibration equipment pick card transmission mechanism;
And be successively connected buffering transmission mechanism, film covering device, thermal printing apparatus, be provided with OCR information checking device and Quick Response Code scanning veritify device inspection body, be provided with filming apparatus and reader device reading mechanism and be provided with the emerging device that at least two go out draw-in groove;
It is characterized in that: also comprise N platform and picking the dismountable printing module between card transmission mechanism and buffering transmission mechanism, described every platform prints above module and is provided with printing zone printing equipment and printing zone transmission component, wherein, 1≤N≤6; Described printing zone printing equipment by printing zone transmission component respectively with pick card transmission mechanism, cushion transmission mechanism and be connected, described Control Component scanned with card feeding device, OCR back gauge calibration equipment, printing zone printing equipment, film covering device, thermal printing apparatus, OCR information checking device, Quick Response Code respectively by circuit veritify device, filming apparatus, reader device be connected with emerging device.
As a kind of preferred version, described card feeding device and pick card transmission mechanism and be arranged on and enter in snap gauge group; Described buffering transmission mechanism and film covering device are arranged on an overlay film module; Described thermal printing apparatus, inspection body, reading mechanism and emerging device are arranged on a card release module, described in enter snap gauge group, print module, overlay film module and card release module and combine successively and form overall unit equipment.
As a kind of preferred version, the printing zone transmission component that described every platform prints module comprises the first polydirectional transmission mechanism, second polydirectional transmission mechanism, 3rd polydirectional transmission mechanism, 4th polydirectional transmission mechanism, first auxiliary drive gear, second auxiliary drive gear and one write card transmission mechanism, described printing zone printing equipment is arranged between the second polydirectional transmission mechanism and the 3rd polydirectional transmission mechanism, described card transmission mechanism of writing is arranged between the first polydirectional transmission mechanism and the second polydirectional transmission mechanism, described first auxiliary drive gear is arranged between the first polydirectional transmission mechanism and the 4th polydirectional transmission mechanism, described second auxiliary drive gear is arranged between the 3rd polydirectional transmission mechanism and the 4th polydirectional transmission mechanism.
As a kind of preferred version, described card transmission mechanism of picking comprises drive, sensor, biography draw-in groove, cleaning roller and motor, described drive is arranged at the top passing draw-in groove, described sensor setting is in the two ends passing draw-in groove, described motor is arranged at the bottom passing draw-in groove, described cleaning roller is positioned at the top passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Described first ~ four polydirectional transmission mechanism comprises drive, sensor, rotatably passes draw-in groove, rot and motor, described drive is arranged at the rotatable top passing draw-in groove, described sensor setting is in the rotatable two ends passing draw-in groove, described motor is arranged at the rotatable bottom passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Described first auxiliary drive gear comprises drive, sensor, Hua Ka road, synchronizing wheel, synchronous belt and motor, described drive is arranged at the top in Hua Ka road, described sensor and motor are arranged at bottom Hua Ka road, described synchronizing wheel and synchronous belt are arranged at side, Hua Ka road, and described sensor is connected with Control Component by circuit respectively with motor;
Described second auxiliary drive gear, buffering transmission mechanism comprise drive, sensor, biography draw-in groove and motor, described drive is arranged at the top passing draw-in groove, described sensor setting is in the two ends passing draw-in groove, described motor is arranged at the bottom passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Describedly write card transmission mechanism, comprise electronically written module, drive, sensor, biography draw-in groove and motor, described drive and sensor lay respectively at the top of electronically written module, described electronically written module installation is in the top passing draw-in groove, described motor is arranged at the below passing draw-in groove, and described electronically written module, sensor are connected with Control Component respectively with motor;
Described thermal printing apparatus, its front end is provided with a certificate card positive and negative switching mechanism, and described switching mechanism is connected with Control Component by circuit;
Described card feeding device, also comprises sensor, motor and drive, and described sensor and drive are positioned at above draw-in groove, and described motor is positioned at the bottom into draw-in groove, and described sensor, motor are connected with Control Component respectively by circuit;
Described emerging device, also comprise sliding card cage, sensor, drive, conveyer belt, push away clamp, screw rod and motor, described sliding card cage is connected with reading mechanism, and described conveyer belt is horizontally set on the side of sliding card cage, and described drive is arranged on bottom sliding card cage; Described conveyer belt is provided with several infrared ray keepers, described sensor is connected with Control Component by circuit respectively with motor;
Near described in pick card transmission mechanism bottom be provided with the first useless draw-in groove; At least two one of them card release trench bottoms going out draw-in groove of described emerging device are provided with the second useless draw-in groove.
As a kind of preferred version, described OCR back gauge calibration equipment comprises camera bracket, the IP Camera be positioned on camera bracket, the embedded or LED spotlight that is pasted onto on camera bracket, and described IP Camera is connected with Control Component;
Described OCR information checking device comprises camera bracket, inwall is embedded with hemisphere snoot on camera bracket, be positioned at IP Camera above hemisphere snoot, and described IP Camera is connected with Control Component.
As a kind of preferred version, described Control Component comprises control circuit board, programmable logic controller, host computer, display screen, keyboard and mouse; Described control circuit board, programmable logic controller, host computer are arranged at in snap gauge group; The side of described unit equipment is provided with workbench, and described display screen, keyboard and mouse are arranged on the table; Described enter the front end of snap gauge group be provided with device start/shutdown switch, computer mainframe switch, accreditation device switch and the first emergency stop switch; The front end of described card release module is provided with the second emergency stop switch.
Another object of the present invention can reach by taking following technical scheme:
The certificate card preparation method of multifunctional assembled accreditation equipment, is characterized in that comprising the following steps:
1) the certificate card quantity made as required, installs 1 ~ N platform and prints module picking between card transmission mechanism and buffering transmission mechanism;
2) that certificate card is put into card feeding device enters draw-in groove, picks card transmission mechanism and selects one of them to enter draw-in groove, is transported to picks in card transmission mechanism at the certificate card entering draw-in groove;
3) be positioned at the OCR back gauge calibration equipment picked above card transmission mechanism and the fix information resting on the certificate card surface picking card transmission mechanism is carried out back gauge verification;
4) described certificate card is sent in 1 ~ N platform printing zone printing equipment by printing zone transmission component successively, and described printing zone printing equipment prints printing information at the printing zone of certificate card;
5) after printing information has printed, by printing zone transmission component, certificate card is transported in buffering transmission mechanism;
6) cushion transmission mechanism according to the job schedule of film covering device, the certificate card of buffer memory is transported in film covering device;
7) film covering device covers anti false film on the printing zone of certificate card;
8), after anti false film has covered, certificate card is transported in thermal printing apparatus;
9) thermal printing apparatus carries out the write of erasable information and two-dimensional bar in the erasable region of certificate card, after written information completes, is transported to by certificate card in inspection body;
10) by the OCR information checking device of inspection body, the information in certificate card printing region and erasable region and the information typesetting degree of accuracy are verified, veritify device by the scanning of the Quick Response Code of inspection body carry out gathering to the two-dimensional bar code on the erasable region of certificate card and veritify, the certificate card successfully passing the veritification of OCR information checking device School Affairs Quick Response Code scanning veritification device is transported in reading mechanism;
11) by the filming apparatus of reading mechanism, the printing zone of certificate card and erasable region are taken and stored, read the chip information of certificate card by the reader device of reading mechanism, the chip information of the printing zone of the certificate card then taken by filming apparatus and erasable area information and reader device reading is veritified;
12) emerging device is classified to certificate card according to veritification result, then outputs to out on draw-in groove;
13) after the making completing certificate card, according to the certificate card quantity that next time makes, can pull down or increase part and print module, then reconfigure the making carrying out certificate card.
As a kind of preferred version, described step 3) in, certificate card is by after the verification of OCR back gauge calibration equipment, and the certificate card of verification succeeds will be transported to the printing zone transmission component printing module; Verify failed certificate card and will be transported to the first useless draw-in groove;
Described step 10) in, certificate card by after the verification of OCR information checking device, if the printing zone of check results and erasable area information and information typesetting correct, will reading mechanism be transported to; If printing zone and erasable area information and information printer's error, the second useless draw-in groove will be transported to;
Described step 10) in, after certificate card veritifies device veritification by Quick Response Code scanning, if the two-dimensional bar veritifying result prints correct, certificate card will be transported to reading mechanism; If veritify the two-dimensional bar misprint of result, certificate card will be transported to the second useless draw-in groove;
Described step 11) in, the chip information of the printing zone of the certificate card taken by filming apparatus and erasable area information and reader device reading is veritified, if veritify the certificate card surface information of result consistent with chip information time, certificate card goes out in draw-in groove by what be transported to emerging device; If when certificate card surface information and the chip information of veritifying result are inconsistent, certificate card will be transported to second and to give up draw-in groove.
As a kind of preferred version, described step 9) in, if the erasable region of certificate card is arranged on certificate card front, be delivered directly to thermal printing apparatus carries out erasable information and two-dimensional bar write in certificate card front; If the erasable region of certificate card is arranged on certificate card reverse side, by the switching mechanism of thermal printing apparatus front end, certificate card is overturn, after upset, be transported to thermal printing apparatus carries out erasable information and two-dimensional bar write at certificate card reverse side.
As a kind of preferred version, described step 12) in, certificate card enters the sliding card cage of emerging device, after certificate card being located by two adjacent keepers, certificate card is admitted to and pushes away clamp, according to veritification result, certificate card is classified, push away clamp by electric motor starting screw rod and certificate card is risen to out draw-in groove.
The present invention has following beneficial effect relative to prior art:
1, multifunctional assembled accreditation equipment of the present invention, utilize Control Component and its normal operation of intelligent program control and management, printing information is printed by the printing zone of printing zone printing equipment on the certificate card surface of correspondence, by at least two electronically written modules, Card read/write is carried out to certificate the core of the card sheet, by film covering device, false proof and conservation treatment is carried out to certificate card, write by the information of thermal printing apparatus to described certificate card surface erasable region, by OCR back gauge calibration equipment and OCR information checking device, certificate card surface information and information typesetting are verified, veritify the two-dimensional bar of device to certificate card by Quick Response Code scanning to identify, carry out contrast by filming apparatus and reader device to the printing zone of certificate card and erasable area information and chip information to veritify, thus form the multi-functional intelligent accreditation equipment be integrated in one, accreditation efficiency is high, handle certificate convenient.
2, multifunctional assembled accreditation equipment of the present invention, card feeding device and pick card transmission mechanism and be arranged on and enter in snap gauge group; Buffering transmission mechanism and film covering device are arranged on an overlay film module; Thermal printing apparatus, inspection body, reading mechanism and emerging device are arranged on a card release module; Each printing zone printing equipment arranges one and prints on module, enter snap gauge group, printing module, overlay film module and card release module are combined successively, the quantity printing module can be selected according to actual needs, after the making completing a certificate card, whether the situation that it is also conceivable to is pulled down part and is printed module, reduce the volume and weight of whole equipment, or whether increase part print module, to meet the demand of accreditation.
3, multifunctional assembled accreditation equipment of the present invention, each module can independent assortment according to the actual needs of production capacity, minimum need have one to print module and other work modules to combine and just can normally work, adjustment can print the quantity (six can be reached at most) of module with the change of the required production capacity that conforms, whole equipment can be carried after each module partition when carrying again, when device a certain in equipment damages, only the module at this device place need be pulled down process, change with maintenance very convenient, adapt to multiple accreditation environment, meet multiple accreditation job requirement.
4, multifunctional assembled accreditation equipment of the present invention, the front end of thermal printing apparatus is provided with switching mechanism, erasable region is arranged on to the certificate card of reverse side, can be overturn certificate card by switching mechanism, after upset, be transported to thermal printing apparatus carries out erasable information and two-dimensional bar write at certificate card reverse side.
Accompanying drawing explanation
Fig. 1 is erasable identity card structure chart of the present invention;
Fig. 2 is the structured flowchart of the multifunctional assembled accreditation equipment of the embodiment of the present invention 1.
Fig. 3 is the accreditation flow chart of the multifunctional assembled accreditation equipment of the embodiment of the present invention 1.
Fig. 4 is the structural representation of the multifunctional assembled accreditation equipment of the embodiment of the present invention 2.
Fig. 5 is the enlarged diagram of the embodiment of the present invention 2 printing zone printing equipment.
Fig. 6 is the enlarged diagram of the embodiment of the present invention 2 thermal printing apparatus.
Fig. 7 is the enlarged diagram of the embodiment of the present invention 2 emerging device.
Detailed description of the invention
First to the certificate card of multifunctional assembled accreditation equipment making of the present invention, namely erasable identity card structure is introduced.
As shown in Figure 1; it is embodiment of the present invention erasable identity card structure chart; described erasable identity is stuck in front and is provided with printing zone 101; erasable region 102 is provided with in front or reverse side; the outer surface of printing zone 101 is also pasted with false proof diaphragm, erasable region 102 is coated with one deck thermo-sensitive material, this material at high temperature can produce chemical reaction and cause color to change; when temperature is down to below 60 DEG C, the change of this color can preserve.When being coated with the operation of card by thermal printing apparatus of thermo-sensitive material, what can realize certificate card surface information is erasable, and the printable fixing figure of described printing zone 101 and Word message, can not revise after printing.
Embodiment 1:
As shown in Figure 2, the multifunctional assembled accreditation equipment of the present embodiment comprises Control Component 201, card feeding device 202, top are provided with OCR back gauge calibration equipment 203 picks card transmission mechanism 204, buffering transmission mechanism 205, film covering device 206, thermal printing apparatus 207, be provided with OCR information checking device 208 and the inspection body 210 of device 209, the reading mechanism 213 being provided with filming apparatus 211 and reader device 212 and emerging device 214 are veritified in Quick Response Code scanning, pick card transmission mechanism 204 and buffering transmission mechanism 205 between be provided with the dismountable printing module of N platform, wherein 1≤N≤6, described every platform prints above module and is provided with printing zone printing equipment 215 and printing zone transmission component 216, described card feeding device 202, pick card transmission mechanism 204, printing zone transmission component 216, buffering transmission mechanism 205, film covering device 206, thermal printing apparatus 207, inspection body 210, reading mechanism 213 is connected successively with emerging device 214, described printing zone printing equipment 215 by printing zone transmission component 206 respectively with pick card transmission mechanism 204, buffering transmission mechanism 205 is connected, described Control Component 201 by circuit respectively with card feeding device 202, OCR back gauge calibration equipment 203, printing zone printing equipment 215, film covering device 206, thermal printing apparatus 207, OCR information checking device 208, device 209 is veritified in Quick Response Code scanning, filming apparatus 211, reader device 212 is connected with emerging device 214, described card feeding device 202 is provided with at least two and enters draw-in groove 217, and described emerging device 214 is provided with at least two and goes out draw-in groove 218, near described in pick card transmission mechanism 204 bottom be provided with the first useless draw-in groove 219, one of them going out draw-in groove 218 at least two of described emerging device 214 goes out bottom draw-in groove 218 to be provided with the second useless draw-in groove 220.
Described card feeding device 202 and pick card transmission mechanism 204 and be arranged on one and enter in snap gauge group; Described buffering transmission mechanism 204 and film covering device 206 are arranged on an overlay film module; Described thermal printing apparatus 207, inspection body 210, reading mechanism 213 and emerging device 214 are arranged on a card release module, described in enter snap gauge group, print module, overlay film module and card release module and combine successively and form overall unit equipment.
As shown in Figures 2 and 3, the manufacturing process of the multifunctional assembled accreditation equipment certificate card of the present embodiment comprises the following steps:
1) the certificate card quantity made as required, installs 1 ~ N platform and prints module picking between card transmission mechanism 204 and buffering transmission mechanism 205;
2) that certificate card is put into card feeding device 202 enters draw-in groove 217, picks card transmission mechanism 204 and selects one of them to enter draw-in groove 217, is transported to picks in card transmission mechanism at the certificate card entering draw-in groove;
3) be positioned at the OCR back gauge calibration equipment 203 picked above card transmission mechanism 204 and the fix information resting on the certificate card surface picking card transmission mechanism 204 is carried out back gauge verification;
4) described certificate card is sent in 1 ~ N platform printing zone printing equipment 215 by printing zone transmission component 216 successively, and described printing zone printing equipment 215 prints printing information at the printing zone of certificate card;
5) after printing information has printed, by printing zone transmission component 216, certificate card is transported in buffering transmission mechanism 205;
6) cushion transmission mechanism 205 according to the job schedule of film covering device 206, the certificate card of buffer memory is transported in film covering device 206;
7) film covering device 206 covers anti false film on the printing zone of certificate card;
8), after anti false film has covered, certificate card is transported in thermal printing apparatus 207;
9) thermal printing apparatus 207 carries out the write of erasable information and two-dimensional bar in the erasable region of certificate card, after written information completes, is transported to by certificate card in inspection body 210;
10) verified by OCR information checking device 208 pairs of certificate card printing regions of inspection body 210 and the information in erasable region and the information typesetting degree of accuracy, undertaken gathering by the Quick Response Code of the inspection body 210 scanning two-dimensional bar code veritified on the erasable region of device 209 pairs of certificate cards and veritify, scanning the certificate card that veritification device 209 veritifies be transported in reading mechanism by successfully passing OCR information checking device 208 School Affairs Quick Response Code;
11) take by the printing zone of filming apparatus 211 pairs of certificate cards of reading mechanism 213 and erasable region and store, read the chip information of certificate card by the reader device 212 of reading mechanism, the chip information that the printing zone of the certificate card then taken by filming apparatus 211 and erasable area information and reader device 212 read is veritified;
12) emerging device 214 is classified to certificate card according to veritification result, then outputs to out on draw-in groove 218;
13) after the making completing certificate card, according to the certificate card quantity that next time makes, can pull down or increase part and print module, then reconfigure the making carrying out certificate card.
Described step 3) in, certificate card is by after the verification of OCR back gauge calibration equipment 203, and the certificate card of verification succeeds will be transported to the printing zone transmission component 216 printing module; Verify failed certificate card and will be transported to the first useless draw-in groove 219;
Described step 10) in, certificate card by after the verification of OCR information checking device 208, if the printing zone of check results and erasable area information and information typesetting correct, reader device 212 will be transported to; If printing zone and erasable area information and information printer's error, the second useless draw-in groove 220 will be transported to;
Described step 10) in, after certificate card veritifies device 209 veritification by Quick Response Code scanning, if the two-dimensional bar veritifying result prints correct, certificate card will be transported to reader device 212; If veritify the two-dimensional bar misprint of result, certificate card will be transported to the second useless draw-in groove 220;
Described step 11) in, the chip information that the printing zone of the certificate card taken by filming apparatus 211 and erasable area information and reader device 212 read is veritified, if veritify the certificate card surface information of result consistent with chip information time, certificate card goes out in draw-in groove 218 by what be transported to emerging device 214; If when certificate card surface information and the chip information of veritifying result are inconsistent, certificate card will be transported to second and to give up draw-in groove 220.
Embodiment 2:
As shown in Figure 4, the multifunctional assembled accreditation equipment of the present embodiment comprises into the printing of No. 1, one, snap gauge group printing No. 2, two, module printing No. 3, three, module module 4, overlay film module 5, card release module 6 and Control Component, described enter No. 1, one, snap gauge group print No. 2, two, module and print No. 3, three, module and print module 4, overlay film module 5 and card release module 6 and combine successively, described in enter snap gauge group 1 is provided with card feeding device and pick card transmission mechanism 7; Described overlay film module 5 is provided with buffering transmission mechanism 8 and film covering device 9; Described card release module 6 is provided with thermal printing apparatus 10, inspection body, reading mechanism and emerging device;
Described card feeding device, comprise first to enter draw-in groove 11, second and enter draw-in groove 12, sensor, motor and drive, described sensor and drive are positioned at above draw-in groove, and described motor is positioned at the bottom into draw-in groove, and described sensor, motor are connected with Control Component respectively by circuit.When sensor sensing is to when entering in draw-in groove to place certificate card, cue is fed back to Control Component by described sensor, and Control Component controls electric motor starting drive according to cue, is sent to by certificate card and picks card transmission mechanism 7.
Describedly pick card connecting gear 7, comprise drive, sensor, biography draw-in groove, cleaning roller and motor, described drive is arranged at the top passing draw-in groove, described sensor setting is in the two ends passing draw-in groove, described motor is arranged at the bottom passing draw-in groove, described cleaning roller is the sticking cylindricality plastic rod of tool, and be positioned at the top passing draw-in groove, described sensor is connected with Control Component by circuit respectively with motor; Near described in pick card connecting gear 7 bottom be provided with the first useless draw-in groove.
Be positioned to pick above card connecting gear 7 and be provided with OCR back gauge calibration equipment 13, described OCR back gauge calibration equipment 13 comprises camera bracket, the IP Camera be positioned on camera bracket, the embedded or LED spotlight that is pasted onto on camera bracket, and described IP Camera is connected with Control Component; Be arranged at the sensor picked on card connecting gear 7 and comprise first sensor and the second sensor, when first sensor senses that certificate card is positioned at immediately below OCR back gauge calibration equipment 14, described IP Camera is connected with Control Component the fix information back gauge realizing certificate card by netting twine and verifies; By the edge of the spacing to word, position and card and length, described OCR back gauge calibration equipment 13 judges whether certificate card meets specification, do not meet entering of specification and first to give up draw-in groove, meet the continuation transmission of specification; In the process, certificate card cleans certificate card surface through cleaning roller.
As shown in Figure 5, a described printing module 2 is provided with a printing zone transmission component and a printing zone printing equipment 14; Described No. two printing modules 3 are provided with No. two printing zone transmission components and No. two printing zone printing equipments 15; Described No. three printing modules 4 are provided with No. three printing zone transmission components and No. three printing zone printing equipments 16;
A described printing zone transmission component, No. two printing zone transmission components, No. three printing zone transmission components all comprise the first polydirectional transmission mechanism 18 of polydirectional transmission mechanism 17, second, the 3rd polydirectional transmission mechanism 19, the 4th polydirectional transmission mechanism 20, first auxiliary drive gear 21, second auxiliary drive gear 22 and one write card transmission mechanism 23; A described printing zone printing equipment 14 is arranged between the second polydirectional transmission mechanism 18 of a printing zone transmission component and the 3rd polydirectional transmission mechanism 19, described No. two printing zone printing equipments 15 are arranged between the second polydirectional transmission mechanism 18 of No. two printing zone transmission components and the 3rd polydirectional transmission mechanism 19, and described No. three printing zone printing equipments 16 are arranged between the second polydirectional transmission mechanism 18 of No. three printing zone transmission components and the 3rd polydirectional transmission mechanism 19; Described card transmission mechanism 23 of writing is arranged between the first polydirectional transmission mechanism 17 and the second polydirectional transmission mechanism 18; Described first auxiliary drive gear 21 is arranged between the first polydirectional transmission mechanism 17 and the 4th polydirectional transmission mechanism 20, and described second auxiliary drive gear 22 is arranged between the 3rd polydirectional transmission mechanism 19 and the 4th polydirectional transmission mechanism 20.
Described first polydirectional transmission mechanism 18 of polydirectional transmission mechanism 17, second, the 3rd polydirectional transmission mechanism 19, the 4th polydirectional transmission mechanism 20 comprise drive, sensor, rotatably pass draw-in groove, rot and motor, described drive is arranged at the rotatable top passing draw-in groove, described sensor setting is in the rotatable two ends passing draw-in groove, described motor is arranged at the rotatable bottom passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Described first auxiliary drive gear 21 comprises drive, sensor, Hua Ka road, synchronizing wheel, synchronous belt and motor, described drive is arranged at the top in Hua Ka road, described sensor and motor are arranged at bottom Hua Ka road, described synchronizing wheel and synchronous belt are arranged at side, Hua Ka road, and described sensor is connected with Control Component by circuit respectively with motor;
Described second auxiliary drive gear 22 comprises drive, sensor, biography draw-in groove and motor, described drive is arranged at the top passing draw-in groove, described sensor setting is in the two ends passing draw-in groove, described motor is arranged at the bottom passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Describedly write card transmission mechanism 23, comprise electronically written module, drive, sensor, biography draw-in groove and motor, described drive and sensor lay respectively at the top of electronically written module, described electronically written module installation is in the top passing draw-in groove, described motor is arranged at the below passing draw-in groove, and described electronically written module, sensor are connected with Control Component respectively with motor.
Described buffering transmission mechanism 8, is connected with the 4th polydirectional transmission mechanism 21 of No. three printing zone transmission components, and buffering transmission mechanism 8 is identical with the second auxiliary drive gear 22 structure.
As shown in Figure 6, described thermal printing apparatus 10, its front end is provided with a certificate card positive and negative switching mechanism 24, and described switching mechanism is connected with Control Component by circuit.
Described inspection body comprises OCR information checking device 25 and device 26 is veritified in Quick Response Code scanning; Described OCR information checking device 25 comprises camera bracket, inwall is embedded with hemisphere snoot on camera bracket, be positioned at IP Camera above hemisphere snoot, and described IP Camera is connected to realize certificate card information printing effect with Control Component verifies; Described Quick Response Code scanning is veritified device 26 and is comprised scanner, acquisition module, sensor, drive and motor, and described scanner is arranged at above acquisition module, and described sensor, motor are connected with described Control Component respectively by circuit.
Described reading mechanism comprises filming apparatus 27 and reader device 28, and described filming apparatus 27 is positioned at above reader device 28, and described filming apparatus 27 is connected with Control Component by circuit with reader device 28.
Described Control Component comprises control circuit board, programmable logic controller, host computer, display screen 29, keyboard 30 and mouse 31; Described control circuit board, programmable logic controller, host computer are arranged at in snap gauge group 1.
As shown in Figure 7, described emerging device, comprise sliding card cage, sensor, drive, conveyer belt 32, first go out that draw-in groove 33, second goes out that draw-in groove 34, the 3rd goes out that draw-in groove 35, the 4th goes out that draw-in groove 36, the 5th goes out draw-in groove 37, pushes away clamp, screw rod and motor, described sliding card cage is connected with reading mechanism, described conveyer belt 32 is horizontally set on the side of sliding card cage, and described drive is arranged on bottom sliding card cage; One of them bottom going out draw-in groove is provided with the second useless draw-in groove, described conveyer belt 32 is provided with several infrared ray keepers 38, and the spacing between every two adjacent keepers 38 can be arranged according to certificate card length, and the present embodiment is preferably 100mm; Described sensor is connected with Control Component by circuit respectively with motor.
Described enter No. 1, one, snap gauge group print No. 2, two, module and print that No. 3, three, module prints module 4, overlay film module 5, card release module 6 top are all provided with upturning lid, described enter the side of snap gauge group 1 be provided with workbench 39, described display screen 29, keyboard 30 and mouse 31 are arranged on workbench 39, described in enter snap gauge group 1 front end be provided with device start/shutdown switch, computer mainframe switch, accreditation device switch and the first emergency stop switch 40; The front end of described card release module 6 is provided with the second emergency stop switch 41.
As Figure 4-Figure 7, the certificate card manufacturing process of the multifunctional assembled accreditation equipment of the present embodiment is as follows:
1) certificate card is put into first of card feeding device to enter draw-in groove 11 or the second and enter draw-in groove 12, pick card transmission mechanism 7 and select one of them to enter draw-in groove, be transported at the certificate card entering draw-in groove and pick in card transmission mechanism 7;
2) be positioned at the OCR back gauge calibration equipment 13 picked above card transmission mechanism 7 and the fix information resting on the certificate card surface picking card transmission mechanism 7 is carried out back gauge verification, certificate card verifies spacing to word, the edge of position and card and length by OCR back gauge calibration equipment 13 and judges whether certificate card meets specification, and the certificate card meeting specification will be transported to the printing zone transmission component that No. prints module 2; The certificate card not meeting specification will be transported to the first useless draw-in groove;
3) first certificate card picking card transmission mechanism 7 inset spacing verification succeeds is transported to the printing zone transmission component that No. prints module 2, first certificate card is transported to by the first polydirectional transmission mechanism 17 of a printing zone transmission component writes card transmission mechanism 23, the chip information of certificate card is write, certificate card electronically written completed is transported to the second polydirectional transmission mechanism 18, enters a printing zone printing equipment 14 pairs of certificate card printing regions carry out information printing by the second polydirectional transmission mechanism 18;
During first certificate card prints, second certificate card of back gauge verification succeeds passes through the first polydirectional transmission mechanism 17 of a printing zone transmission component, first auxiliary drive gear 21, 4th polydirectional transmission mechanism 20 is transported to No. two and prints in the printing zone transfer assembly of module 3, second certificate card is transported to by the first polydirectional transmission mechanism 17 of No. two printing zone transfer assemblies writes card transmission mechanism 23, after first certificate card prints, enter No. two printing zone printing equipments 15 pairs of certificate card printing regions and carry out information printing, simultaneously first certificate card is by the 3rd polydirectional transmission mechanism 19 of a printing zone transmission component, second auxiliary drive gear 22, 4th polydirectional transmission mechanism 20, again by the first polydirectional transmission mechanism 17 of No. two printing zone transmission components, first auxiliary drive gear 21, finally by the first polydirectional transmission mechanism 17 of No. three printing zone transmission components, first auxiliary drive gear 21 is transported to the 4th polydirectional transmission mechanism 20 of No. three printing zone transmission components,
In like manner, during second certificate card prints, 3rd certificate card of back gauge verification succeeds is transported to the printing zone transmission component that No. three print module 4, after second certificate card prints, 3rd certificate card is transported to No. three printing zone printing equipments 16 pairs of certificate card printing regions and carries out information printing, simultaneously second certificate card is by the 3rd polydirectional transmission mechanism 19 of No. two printing zone transmission components, second auxiliary drive gear 22, 4th polydirectional transmission mechanism 20, again by the first polydirectional transmission mechanism 17 of No. three printing zone transmission components, first auxiliary drive gear 21 is transported to the 4th polydirectional transmission mechanism 20 of No. three printing zone transmission components, during the 3rd certificate card prints, the 4th certificate card of back gauge verification succeeds is transported to the printing zone transmission component that No. prints module 2, by that analogy, continues to perform above-mentioned steps.
4) after printing information has printed, certificate card is transported in buffering transmission mechanism 8 by No. three printing zone transmission components printing module 4 by No. three;
5) cushion transmission mechanism 8 according to the job schedule of film covering device 9, the certificate card of buffer memory is transported in film covering device 9;
6) film covering device 9 covers anti false film on the printing zone of certificate card;
7), after anti false film has covered, certificate card is transported in thermal printing apparatus 10;
8) thermal printing apparatus 10 carries out the write of erasable information and two-dimensional bar in the erasable region of certificate card, after written information completes, is transported to by certificate card in inspection body;
9) verified by OCR information checking device 25 pairs of certificate card printing regions of inspection body and the information in erasable region and the information typesetting degree of accuracy, undertaken gathering by the Quick Response Code scanning two-dimensional bar code veritified on the erasable region of device 26 pairs of certificate cards of inspection body and veritify, certificate card is by after the verification of OCR information checking device 25, if the printing zone of check results and erasable area information and information typesetting correct, will reading mechanism be transported to; If printing zone and erasable area information and information printer's error, the second useless draw-in groove will be transported to; After certificate card veritifies device 26 veritification by Quick Response Code scanning, if the two-dimensional bar veritifying result prints correct, certificate card will be transported to reading mechanism; If veritify the two-dimensional bar misprint of result, certificate card will be transported to the second useless draw-in groove;
10) take by the printing zone of filming apparatus 27 pairs of certificate cards of reading mechanism and erasable region and store, the chip information of certificate card is read by the reader device 28 of reading mechanism, the chip information that the printing zone of the certificate card then taken by filming apparatus 27 and erasable area information and reader device 28 read is veritified, if veritify the certificate card surface information of result consistent with chip information time, certificate card goes out in draw-in groove by what be transported to emerging device; If when certificate card surface information and the chip information of veritifying result are inconsistent, certificate card will be transported to second and to give up draw-in groove;
11) certificate card is first admitted to the sliding card cage of emerging device, after certificate card being located by two adjacent keepers 38, certificate card is admitted to and pushes away clamp, classifies, push away clamp certificate card is risen to out draw-in groove by electric motor starting screw rod according to veritification result to certificate card;
12) after the making completing certificate card, according to the certificate card quantity that next time makes, the removable next one or two modules, or be increase to print module, then reconfigure the making carrying out certificate card.
Described step 8) in, if the erasable region of certificate card is arranged on certificate card front, be delivered directly to thermal printing apparatus 10 carries out erasable information and two-dimensional bar write in certificate card front; If the erasable region of certificate card is arranged on certificate card reverse side, is overturn by switching mechanism 24 pairs of certificate cards of thermal printing apparatus 10 front end, after upset, be transported to thermal printing apparatus carries out erasable information and two-dimensional bar write at certificate card reverse side.
The above embodiment of the present invention can be widely used in the legal certificates such as passport, the pass, temporary residency card, residence permit, driver's license, interim identity card, also comprises the making of the certificate cards such as sector application such as employee's card, labourer's card, medical card, insurance card, security card, fiscard, service card, promotional card, souvenir card simultaneously.
The above; be only the preferred embodiment of the invention; but protection scope of the present invention is not limited thereto; anyly be familiar with those skilled in the art in scope disclosed in this invention; be equal to according to technical scheme of the present invention and inventive concept thereof and replace or change, all belonged to protection scope of the present invention.
Claims (9)
1. multifunctional assembled accreditation equipment, comprises
For the Control Component of control appliance work;
Interconnective be provided with that at least two card feeding devices entering draw-in groove and top be provided with OCR back gauge calibration equipment pick card transmission mechanism;
And be successively connected buffering transmission mechanism, film covering device, thermal printing apparatus, be provided with OCR information checking device and Quick Response Code scanning veritify device inspection body, be provided with filming apparatus and reader device reading mechanism and be provided with the emerging device that at least two go out draw-in groove;
It is characterized in that: also comprise N platform and picking the dismountable printing module between card transmission mechanism and buffering transmission mechanism, described every platform prints above module and is provided with printing zone printing equipment and printing zone transmission component, wherein, 1≤N≤6, described printing zone printing equipment by printing zone transmission component respectively with pick card transmission mechanism, cushion transmission mechanism and be connected, described Control Component scanned with card feeding device, OCR back gauge calibration equipment, printing zone printing equipment, film covering device, thermal printing apparatus, OCR information checking device, Quick Response Code respectively by circuit veritify device, filming apparatus, reader device be connected with emerging device, the printing zone transmission component that described every platform prints module comprises the first polydirectional transmission mechanism, second polydirectional transmission mechanism, 3rd polydirectional transmission mechanism, 4th polydirectional transmission mechanism, first auxiliary drive gear, second auxiliary drive gear and one write card transmission mechanism, described printing zone printing equipment is arranged between the second polydirectional transmission mechanism and the 3rd polydirectional transmission mechanism, described card transmission mechanism of writing is arranged between the first polydirectional transmission mechanism and the second polydirectional transmission mechanism, described first auxiliary drive gear is arranged between the first polydirectional transmission mechanism and the 4th polydirectional transmission mechanism, described second auxiliary drive gear is arranged between the 3rd polydirectional transmission mechanism and the 4th polydirectional transmission mechanism.
2. multifunctional assembled accreditation equipment according to claim 1, is characterized in that: described card feeding device and pick card transmission mechanism and be arranged on and enter in snap gauge group; Described buffering transmission mechanism and film covering device are arranged on an overlay film module; Described thermal printing apparatus, inspection body, reading mechanism and emerging device are arranged on a card release module, described in enter snap gauge group, print module, overlay film module and card release module and combine successively and form overall unit equipment.
3. multifunctional assembled accreditation equipment according to claim 1, is characterized in that:
Described card transmission mechanism of picking comprises drive, sensor, biography draw-in groove, cleaning roller and motor, described drive is arranged at the top passing draw-in groove, described sensor setting is in the two ends passing draw-in groove, described motor is arranged at the bottom passing draw-in groove, described cleaning roller is positioned at the top passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Described first ~ four polydirectional transmission mechanism comprises drive, sensor, rotatably passes draw-in groove, rot and motor, described drive is arranged at the rotatable top passing draw-in groove, described sensor setting is in the rotatable two ends passing draw-in groove, described motor is arranged at the rotatable bottom passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Described first auxiliary drive gear comprises drive, sensor, Hua Ka road, synchronizing wheel, synchronous belt and motor, described drive is arranged at the top in Hua Ka road, described sensor and motor are arranged at bottom Hua Ka road, described synchronizing wheel and synchronous belt are arranged at side, Hua Ka road, and described sensor is connected with Control Component by circuit respectively with motor;
Described second auxiliary drive gear, buffering transmission mechanism comprise drive, sensor, biography draw-in groove and motor, described drive is arranged at the top passing draw-in groove, described sensor setting is in the two ends passing draw-in groove, described motor is arranged at the bottom passing draw-in groove, and described sensor is connected with Control Component by circuit respectively with motor;
Describedly write card transmission mechanism, comprise electronically written module, drive, sensor, biography draw-in groove and motor, described drive and sensor lay respectively at the top of electronically written module, described electronically written module installation is in the top passing draw-in groove, described motor is arranged at the below passing draw-in groove, and described electronically written module, sensor are connected with Control Component respectively with motor;
Described thermal printing apparatus, its front end is provided with a certificate card positive and negative switching mechanism, and described switching mechanism is connected with Control Component by circuit;
Described card feeding device, also comprises sensor, motor and drive, and described sensor and drive are positioned at above draw-in groove, and described motor is positioned at the bottom into draw-in groove, and described sensor, motor are connected with Control Component respectively by circuit;
Described emerging device, also comprise sliding card cage, sensor, drive, conveyer belt, push away clamp, screw rod and motor, described sliding card cage is connected with reading mechanism, and described conveyer belt is horizontally set on the side of sliding card cage, and described drive is arranged on bottom sliding card cage; Described conveyer belt is provided with several infrared ray keepers, described sensor is connected with Control Component by circuit respectively with motor;
Near described in pick card transmission mechanism bottom be provided with the first useless draw-in groove; At least two one of them card release trench bottoms going out draw-in groove of described emerging device are provided with the second useless draw-in groove.
4. multifunctional assembled accreditation equipment according to claim 1 and 2, is characterized in that:
Described OCR back gauge calibration equipment comprises camera bracket, the IP Camera be positioned on camera bracket, the embedded or LED spotlight that is pasted onto on camera bracket, and described IP Camera is connected with Control Component;
Described OCR information checking device comprises camera bracket, inwall is embedded with hemisphere snoot on camera bracket, be positioned at IP Camera above hemisphere snoot, and described IP Camera is connected with Control Component.
5. multifunctional assembled accreditation equipment according to claim 2, is characterized in that: described Control Component comprises control circuit board, programmable logic controller, host computer, display screen, keyboard and mouse; Described control circuit board, programmable logic controller, host computer are arranged at in snap gauge group; The side of described unit equipment is provided with workbench, and described display screen, keyboard and mouse are arranged on the table; Described enter the front end of snap gauge group be provided with device start/shutdown switch, computer mainframe switch, accreditation device switch and the first emergency stop switch; The front end of described card release module is provided with the second emergency stop switch.
6., based on the certificate card preparation method of accreditation equipment multifunctional assembled described in claim 3, it is characterized in that comprising the following steps:
1) the certificate card quantity made as required, installs 1 ~ N platform and prints module picking between card transmission mechanism and buffering transmission mechanism;
2) that certificate card is put into card feeding device enters draw-in groove, picks card transmission mechanism and selects one of them to enter draw-in groove, is transported to picks in card transmission mechanism at the certificate card entering draw-in groove;
3) be positioned at the OCR back gauge calibration equipment picked above card transmission mechanism and the fix information resting on the certificate card surface picking card transmission mechanism is carried out back gauge verification;
4) described certificate card is sent in 1 ~ N platform printing zone printing equipment by printing zone transmission component successively, and described printing zone printing equipment prints printing information at the printing zone of certificate card;
5) after printing information has printed, by printing zone transmission component, certificate card is transported in buffering transmission mechanism;
6) cushion transmission mechanism according to the job schedule of film covering device, the certificate card of buffer memory is transported in film covering device;
7) film covering device covers anti false film on the printing zone of certificate card;
8), after anti false film has covered, certificate card is transported in thermal printing apparatus;
9) thermal printing apparatus carries out the write of erasable information and two-dimensional bar in the erasable region of certificate card, after written information completes, is transported to by certificate card in inspection body;
10) by the OCR information checking device of inspection body, the information in certificate card printing region and erasable region and the information typesetting degree of accuracy are verified, veritify device by the scanning of the Quick Response Code of inspection body carry out gathering to the two-dimensional bar code on the erasable region of certificate card and veritify, the certificate card successfully passing the veritification of OCR information checking device School Affairs Quick Response Code scanning veritification device is transported in reading mechanism;
11) by the filming apparatus of reading mechanism, the printing zone of certificate card and erasable region are taken and stored, read the chip information of certificate card by the reader device of reading mechanism, the chip information of the printing zone of the certificate card then taken by filming apparatus and erasable area information and reader device reading is veritified;
12) emerging device is classified to certificate card according to veritification result, then outputs to out on draw-in groove;
13) after the making completing certificate card, according to the certificate card quantity that next time makes, can pull down or increase part and print module, then reconfigure the making carrying out certificate card.
7. certificate card preparation method according to claim 6, is characterized in that:
Described step 3) in, certificate card is by after the verification of OCR back gauge calibration equipment, and the certificate card of verification succeeds will be transported to the printing zone transmission component printing module; Verify failed certificate card and will be transported to the first useless draw-in groove;
Described step 10) in, certificate card by after the verification of OCR information checking device, if the printing zone of check results and erasable area information and information typesetting correct, will reading mechanism be transported to; If printing zone and erasable area information and information printer's error, the second useless draw-in groove will be transported to;
Described step 10) in, after certificate card veritifies device veritification by Quick Response Code scanning, if the two-dimensional bar veritifying result prints correct, certificate card will be transported to reading mechanism; If veritify the two-dimensional bar misprint of result, certificate card will be transported to the second useless draw-in groove;
Described step 11) in, the chip information of the printing zone of the certificate card taken by filming apparatus and erasable area information and reader device reading is veritified, if veritify the certificate card surface information of result consistent with chip information time, certificate card goes out in draw-in groove by what be transported to emerging device; If when certificate card surface information and the chip information of veritifying result are inconsistent, certificate card will be transported to second and to give up draw-in groove.
8. certificate card preparation method according to claim 6, it is characterized in that: described step 9) in, if the erasable region of certificate card is arranged on certificate card front, be delivered directly to thermal printing apparatus carries out erasable information and two-dimensional bar write in certificate card front; If the erasable region of certificate card is arranged on certificate card reverse side, by the switching mechanism of thermal printing apparatus front end, certificate card is overturn, after upset, be transported to thermal printing apparatus carries out erasable information and two-dimensional bar write at certificate card reverse side.
9. certificate card preparation method according to claim 6, it is characterized in that: described step 12) in, certificate card is first admitted to the sliding card cage of emerging device, after certificate card being located by two adjacent keepers, certificate card is admitted to and pushes away clamp, according to veritification result, certificate card is classified, push away clamp by electric motor starting screw rod and certificate card is risen to out draw-in groove.
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| CN106927234A (en) * | 2015-12-31 | 2017-07-07 | 航天信息股份有限公司 | Smart card personalization accreditation machine |
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