CN103029451A - 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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- CN103029451A CN103029451A CN2012105808985A CN201210580898A CN103029451A CN 103029451 A CN103029451 A CN 103029451A CN 2012105808985 A CN2012105808985 A CN 2012105808985A CN 201210580898 A CN201210580898 A CN 201210580898A CN 103029451 A CN103029451 A CN 103029451A
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- China
- Prior art keywords
- card
- certificate card
- printing
- transmission mechanism
- groove
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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
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 the accreditation technical field.
Background technology
Certificate card is as the important carrier of legal identification and innovation society management, and people can handle multiple certificate in daily life, work, such as identity documents such as identity card, residence permit, social security card, driver's licenses, brought into play important identification and veritification; Comprise that also credit card, bank card, member card etc. have the sector application card of the specific functions such as consumption, payment.
Along with the 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. have experienced very big change, not only be improved at the making material, and on function, also develop into the multifunctional certificate card from original simple function, become erasable repeatedly use from the single use, but can recognize closely identification again to remote identification and communication from contact ... certificate card has been widely used in authentication at present, electronic access, the fields such as small amount payment, along with the smart card techniques progress, follow especially 3G mobile communication ground high speed development of information industry, possessed higher scientific and technological content.
The development of certificate card has promoted the progress of accreditation technology, and is well-known, and the surface information of traditional card-type credentials needs all that technology is disposable completes by, printing etc., and the information content in case form just can't change again.If holder's customized information such as the term of validity etc. change, the surface information of card but can not upgrade in time, the holder must again apply to get according to modification information and make a new card, take time and effort, the card utilization ratio is very low, increase changing the card trouble and with the card cost, not satisfying innovation in social management and the requirement of serving the masses of the masses.Equally, traditional accreditation method is to accept application and the card making link separates, its result who causes be exactly the masses handle certificate can be through a plurality of flow processs such as " the audit accreditations of application certificates handling, accreditation department, issue certificates individually, the masses get certificate ", need to wait for for a long time to taking certificate from the preparation data, very inconvenient.
In view of above problem; it is 201110041562.7 that the applicant has 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 the method for this Patent Application Publication; with various accreditation associated component innovative technology combinations; utilize Control Component and its normal operation of intelligent program control and management; continuously print printing information at the printing zone on the certificate card surface of correspondence by at least two printing zone printing equipments; by at least two electronically written modules certificate the core of the card sheet is carried out Card read/write; by film covering device the certificate card is carried out false proof and conservation treatment; write by the information of thermal printing apparatus to described certificate card surface erasable zone; thereby form the multi-functional intelligent accreditation equipment that is integrated in one; improved accreditation efficient; reach continuous; in batches; the convenience-for-people effect of quick accreditation; but the said equipment and method be the Shortcomings part also; read-write that it is integrated; print; the function such as false proof, function is comprehensive not.In addition, manufacturing speed is still waiting to improve, and as concentrating when changing facing certificate card, is difficult to reach the purpose of High-effective Service, does not satisfy the masses' demand, has also increased the pressure of accreditation department.
Weak point in view of above-mentioned patent application " large-scale equipment for manufacturing identification cards and method ", it is 201210041326.X that the applicant has proposed 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 the multifunctional certificate blocking ", except the function with " large-scale equipment for manufacturing identification cards and method ", can also be by the OCR(optical character identification) back gauge calibration equipment and OCR(optical character identification) the information checking device sets type to certificate card surface information and information and carries out verification, veritify device by two-dimension code scanning the two-dimensional bar of certificate card is identified, by filming apparatus and reader device the printing zone of certificate card and erasable area information and chip information are compared veritification.But still there is defective in the said equipment, and its all devices are arranged on the cabinet, and is when a certain device damages on the cabinet, not too convenient when changing or keep in repair.In addition, the quantity of printing zone printing equipment must determine before device fabrication, then formulate the specification of cabinet according to quantity, when the printing zone printing equipment quantity that arranges is more, because the specification of cabinet can't be changed, therefore the weight and volume of whole equipment also can increase, and causes difficult, also is not suitable for some accreditation departments that only need to make a small amount of certificate card and uses.
Summary of the invention
The objective of the invention is in order to solve the defective of 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 provide a kind of certificate card preparation method of multifunctional assembled accreditation equipment.
Purpose of the present invention can reach by taking following technical scheme:
Multifunctional assembled accreditation equipment comprises
The Control Component that is used for control appliance work;
Interconnective be provided with that at least two card feeding devices that advance draw-in groove and top be provided with OCR back gauge calibration equipment pick the card transmission mechanism;
And the buffering transmission mechanism, film covering device, the thermal printing apparatus that link to each other successively, OCR information checking device and two-dimension code scanning are installed veritify the inspection body of device, the reading mechanism of filming apparatus and reader device be installed and be provided with at least two emerging devices that go out draw-in groove;
It is characterized in that: also comprise the N platform at the dismountable printing module of picking between card transmission mechanism and the buffering transmission mechanism, described every printing module top is provided with printing zone printing equipment and printing zone transmission component, wherein, and 1≤N≤6; Described printing zone printing equipment by the printing zone transmission component respectively with pick the card transmission mechanism, the buffering transmission mechanism links to each other, described Control Component links to each other with emerging device with card feeding device, OCR back gauge calibration equipment, printing zone printing equipment, film covering device, thermal printing apparatus, OCR information checking device, two-dimension code scanning veritification device, filming apparatus, reader device respectively by circuit.
As a kind of preferred version, described card feeding device and pick the card transmission mechanism and be arranged on and advance on the snap gauge group; Described buffering transmission mechanism and film covering device are arranged on the overlay film module; Described thermal printing apparatus, inspection body, reading mechanism and emerging device are arranged on the card release module, describedly advance the snap gauge group, print module, overlay film module and card release module and combine successively and form whole unit equipment.
As a kind of preferred version, described every printing zone transmission component of printing module comprises the first polydirectional transmission mechanism, the second polydirectional transmission mechanism, the 3rd polydirectional transmission mechanism, the 4th polydirectional transmission mechanism, the first auxiliary drive gear, the second auxiliary drive gear and one write the card transmission mechanism, described printing zone printing equipment is arranged between the second polydirectional transmission mechanism and the 3rd polydirectional transmission mechanism, the described card transmission mechanism of writing is arranged between the first polydirectional transmission mechanism and the second polydirectional transmission mechanism, described the first auxiliary drive gear is arranged between the first polydirectional transmission mechanism and the 4th polydirectional transmission mechanism, and described the second auxiliary drive gear is arranged between the 3rd polydirectional transmission mechanism and the 4th polydirectional transmission mechanism.
As a kind of preferred version, the described card transmission mechanism of picking comprises drive, sensor, biography draw-in groove, cleaning roller and motor, described drive is arranged at the top that passes draw-in groove, described sensor setting is in the two ends that pass draw-in groove, described motor is arranged at the bottom that passes draw-in groove, described cleaning roller is positioned at the top that passes draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
Described the first～the 4th polydirectional transmission mechanism comprises drive, sensor, rotatably passes draw-in groove, rot and motor, described drive is arranged at the top of rotatable biography draw-in groove, described sensor setting is in the two ends of rotatable biography draw-in groove, described motor is arranged at the bottom of rotatable biography draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
Described the first auxiliary drive gear comprises drive, sensor, sliding Ka Dao, synchronizing wheel, synchronous belt and motor, described drive is arranged at the top of sliding Ka Dao, described sensor and motor are arranged at bottom, sliding card road, described synchronizing wheel and synchronous belt are arranged at sliding Ka Dao side, and described sensor is crossed circuit with motor by link tester and linked to each other with Control Component respectively;
Described the second auxiliary drive gear, buffering transmission mechanism comprise drive, sensor, biography draw-in groove and motor, described drive is arranged at the top that passes draw-in groove, described sensor setting is in the two ends that pass draw-in groove, described motor is arranged at the bottom that passes draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
The described card transmission mechanism of writing, 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 is arranged at the top that passes draw-in groove, described motor is arranged at the below that passes draw-in groove, and described electronically written module, sensor and motor link to each other with Control Component respectively;
Described thermal printing apparatus, its front end are provided with a certificate card positive and negative switching mechanism, and described switching mechanism links to each other with Control Component by circuit;
Described card feeding device also comprises sensor, motor and drive, and described sensor and drive are positioned at into the draw-in groove top, and described motor is positioned at the bottom into draw-in groove, and described sensor, motor link to each other with Control Component respectively by circuit;
Described emerging device also comprises sliding card cage, sensor, drive, conveyer belt, pushes away clamp, screw rod and motor, and described sliding card cage links to each other with reading mechanism, and described conveyer belt is horizontally set on a side of sliding card cage, and described drive is arranged on the sliding card cage bottom; Be provided with several infrared ray keepers on the described conveyer belt, described sensor links to each other with Control Component respectively by circuit with motor;
Be provided with the first useless draw-in groove near the described bottom of picking the card transmission mechanism; At least two one of them card release trench bottoms that goes out draw-in groove at 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, be positioned at IP Camera on the camera bracket, embedded or stick on LED spotlight on the camera bracket, and described IP Camera is connected with Control Component;
Described OCR information checking device comprises that camera bracket, inwall are embedded with hemisphere snoot on the camera bracket, are positioned at the IP Camera of hemisphere snoot top, 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 in the snap gauge group; Side at described equipment is provided with workbench, and described display screen, keyboard and mouse are arranged on the workbench; The described front end that advances the snap gauge group is 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 may further comprise the steps:
1) the certificate card quantity of making is as required being picked the card transmission mechanism and is being cushioned 1 ~ N platform printing module is installed between the transmission mechanism;
2) certificate card is put into the draw-in groove that advances of card feeding device, picked the card transmission mechanism and select one of them to advance draw-in groove, be transported at the certificate card that advances draw-in groove and pick in the card transmission mechanism;
3) be positioned at the fix information that the OCR back gauge calibration equipment of picking card transmission mechanism top will rest on the certificate card surface of picking the card transmission mechanism and carry out the back gauge verification;
4) the printing zone transmission component is sent into described certificate card in 1 ~ N platform printing zone printing equipment successively, and described printing zone printing equipment is printed printing information at the printing zone of certificate card;
5) after the printing information printing is finished, by the printing zone transmission component certificate card is transported in the buffering transmission mechanism;
6) the buffering transmission mechanism is transported to the certificate card of buffer memory in the film covering device according to the job schedule of film covering device;
7) film covering device covers anti false film at the printing zone of certificate card;
8) after anti false film covers and finishes, certificate card is transported in the thermal printing apparatus;
9) thermal printing apparatus carries out writing of erasable information and two-dimensional bar in the erasable zone of certificate card, after writing information is finished, certificate card is transported in the inspection body;
10) the OCR information checking device by inspection body carries out verification to information and the information composing degree of accuracy in certificate card printing zone and erasable zone, veritify device by the two-dimension code scanning of inspection body the two-dimensional bar code on the erasable zone of certificate card is gathered and veritifies, the certificate card of successfully veritifying by the device verification of OCR information checking and two-dimension code scanning veritification device is transported in the reading mechanism;
11) by the filming apparatus of reading mechanism printing zone and the erasable zone of certificate card are taken and stored, read the chip information of certificate card by the reader device of reading mechanism, the chip information that the printing zone of the certificate card of then filming apparatus being taken and erasable area information and reader device read is veritified;
12) emerging device is classified to the certificate card according to veritifying the result, then outputs to out on the draw-in groove;
13) after the making of finishing certificate card, according to the certificate card quantity that make next time, can pull down or increase part and print module, reconfigure again the making of carrying out certificate card.
As a kind of preferred version, in the described step 3), 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 of printing module; The certificate card of verification failure will be transported to the first useless draw-in groove;
In the described step 10), certificate card is by after the verification of OCR information checking device, and is correct if the printing zone of check results and erasable area information and information are set type, and will be transported to reading mechanism; If printing zone and erasable area information and information printer's error will be transported to the second useless draw-in groove;
In the described step 10), after certificate card is veritified the device veritification by two-dimension code scanning, if it is correct to veritify result's two-dimensional bar printing, certificate card will be transported to reading mechanism; If veritify result's two-dimensional bar misprint, certificate card will be transported to the second useless draw-in groove;
In the described step 11), the chip information that the printing zone of the certificate card that filming apparatus is taken and erasable area information and reader device read is veritified, if when veritification result's certificate card surface information is consistent with chip information, certificate card will be transported to going out in the draw-in groove of emerging device; When if veritification result's certificate card surface information and chip information are inconsistent, certificate card will be transported to the second useless draw-in groove.
As a kind of preferred version, in the described step 9), if the erasable region division of certificate card is positive at certificate card, is delivered directly to thermal printing apparatus and carries out writing of erasable information and two-dimensional bar in the certificate card front; If the erasable region division of certificate card is at the certificate card reverse side, the switching mechanism by the thermal printing apparatus front end overturns to the certificate card, is transported to thermal printing apparatus after the upset and carries out writing of erasable information and two-dimensional bar at the certificate card reverse side.
As a kind of preferred version, in the described step 12), certificate card enters the sliding card cage of emerging device, by two adjacent keepers with behind the certificate card location, certificate card is admitted to and pushes away clamp, according to veritifying the result certificate card is classified, push away clamp by the electric motor starting screw rod certificate card is risen to out draw-in groove.
The present invention has following beneficial effect with respect 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; print printing information by the printing zone printing equipment at the printing zone on the certificate card surface of correspondence; by at least two electronically written modules certificate the core of the card sheet is carried out Card read/write; by film covering device the certificate card is carried out false proof and conservation treatment; write by the information of thermal printing apparatus to described certificate card surface erasable zone; by OCR back gauge calibration equipment and OCR information checking device certificate card surface information and information composing are carried out verification; veritifying device by two-dimension code scanning identifies the two-dimensional bar of certificate card; by filming apparatus and reader device the printing zone of certificate card and erasable area information and chip information are compared veritification; thereby form the multi-functional intelligent accreditation equipment that is integrated in one; accreditation efficient is high, and it is convenient to handle certificate.
2, multifunctional assembled accreditation equipment of the present invention, card feeding device and pick the card transmission mechanism and be arranged on and advance on the snap gauge group; Buffering transmission mechanism and film covering device are arranged on the overlay film module; Thermal printing apparatus, inspection body, reading mechanism and emerging device are arranged on the card release module; Each printing zone printing equipment arranges one and prints on the module, advancing snap gauge group, printing module, overlay film module and card release module combines successively, printing the quantity of module can select according to actual needs, after the making of finishing a certificate card, whether the situation that it is also conceivable that is pulled down part and is printed module, reduce the volume and weight of whole equipment, or whether increase the part print module, to satisfy 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 a printing module and the combination of other work modules just can work, can adjust the quantity (can reach at most six) of printing module with the variation of the needed production capacity that conforms, whole equipment can will be carried after each module partition when carrying again, when a certain device damages in the equipment, only need the module at this device place is pulled down processing, change with maintenance very convenient, adapt to multiple accreditation environment, satisfy multiple accreditation job requirement.
4, multifunctional assembled accreditation equipment of the present invention, front end at thermal printing apparatus is provided with switching mechanism, for the certificate card of erasable region division at reverse side, can overturn to the certificate card by switching mechanism, be transported to thermal printing apparatus after the upset and carry out writing of erasable information and two-dimensional bar at the certificate card reverse side.
Description of drawings
Fig. 1 is erasable identity card structure chart of the present invention;
Fig. 2 is the structured flowchart of the embodiment of the invention 1 multifunctional assembled accreditation equipment.
Fig. 3 is the accreditation flow chart of the embodiment of the invention 1 multifunctional assembled accreditation equipment.
Fig. 4 is the structural representation of the embodiment of the invention 2 multifunctional assembled accreditation equipment.
Fig. 5 is the enlarged diagram of the embodiment of the invention 2 printing zone printing equipments.
Fig. 6 is the enlarged diagram of the embodiment of the invention 2 thermal printing apparatus.
Fig. 7 is the enlarged diagram of the embodiment of the invention 2 emerging devices.
The specific embodiment
At first to the certificate card of multifunctional assembled accreditation equipment making of the present invention, namely erasable certificate card structure is introduced.
As shown in Figure 1; it is embodiment of the invention erasable identity card structure chart; described erasable identity is stuck in the front and is provided with printing zone 101; in the front or reverse side be provided with erasable regional 102; also be pasted with false proof diaphragm on the outer surface of printing zone 101, be coated with one deck thermo-sensitive material on erasable regional 102, this material at high temperature can produce chemical reaction and cause color to change; when temperature is down to below 60 ℃, the variation of this color can preserve.When the operation of the card that is coated with thermo-sensitive material by thermal printing apparatus, can realize erasable to the certificate card surface information, described printing zone 101 printable fixing figure and Word messages can not be revised after the printing.
Embodiment 1:
As shown in Figure 2, the multifunctional assembled accreditation equipment of present embodiment comprises that Control Component 201, card feeding device 202, top are provided with picking card transmission mechanism 204, buffering transmission mechanism 205, film covering device 206, thermal printing apparatus 207, inspection body 210, the reading mechanism 213 that filming apparatus 211 and reader device 212 are installed and emerging device 214 that device 209 is veritified in the scanning of OCR information checking device 208 and two-dimension code being installed of OCR back gauge calibration equipment 203; Picking card transmission mechanism 204 and buffering is provided with the dismountable printing module of N platform between the transmission mechanism 205, wherein 1≤N≤6; Described every printing module top 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 links to each other 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 links to each other, 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 two-dimension code scanning, filming apparatus 211, reader device 212 links to each other with emerging device 214; Described card feeding device 202 is provided with at least two and advances draw-in groove 217, and described emerging device 214 is provided with at least two and goes out draw-in groove 218; Be provided with the first useless draw-in groove 219 near the described bottom of picking card transmission mechanism 204; One of them that goes out draw-in groove 218 at least two of described emerging device 214 goes out draw-in groove 218 bottoms and is 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 advance on the snap gauge group; Described buffering transmission mechanism 204 and film covering device 206 are arranged on the overlay film module; Described thermal printing apparatus 207, inspection body 210, reading mechanism 213 and emerging device 214 are arranged on the card release module, describedly advance the snap gauge group, print module, overlay film module and card release module and combine successively and form whole unit equipment.
As shown in Figures 2 and 3, the manufacturing process of the multifunctional assembled accreditation equipment certificate card of present embodiment may further comprise the steps:
1) the certificate card quantity of making is as required being picked card transmission mechanism 204 and is being cushioned 1 ~ N platform printing module is installed between the transmission mechanism 205;
That 2) certificate card is put into card feeding device 202 advances draw-in groove 217, picks card transmission mechanism 204 and selects one of them to advance draw-in groove 217, is transported at the certificate card that advances draw-in groove and picks in the card transmission mechanism;
3) be positioned at the fix information that the OCR back gauge calibration equipment 203 of picking card transmission mechanism 204 tops will rest on the certificate card surface of picking card transmission mechanism 204 and carry out the back gauge verification;
4) printing zone transmission component 216 is sent into described certificate card in 1 ~ N platform printing zone printing equipment 215 successively, and described printing zone printing equipment 215 is printed printing information at the printing zone of certificate card;
5) after the printing information printing is finished, by printing zone transmission component 216 certificate card is transported in the buffering transmission mechanism 205;
6) buffering transmission mechanism 205 is transported to the certificate card of buffer memory in the film covering device 206 according to the job schedule of film covering device 206;
7) film covering device 206 covers anti false film at the printing zone of certificate card;
8) after anti false film covers and finishes, certificate card is transported in the thermal printing apparatus 207;
9) thermal printing apparatus 207 carries out writing of erasable information and two-dimensional bar in the erasable zone of certificate card, after writing information is finished, certificate card is transported in the inspection body 210;
10) carry out verification by 208 pairs of certificate card printing zones of OCR information checking device of inspection body 210 and information and the information composing degree of accuracy in erasable zone, the two-dimensional bar code that two-dimension code scanning by inspection body 210 is veritified on the erasable zone of 209 pairs of certificate cards of device gathers and veritifies, and is transported in the reading mechanism successfully veritifying the certificate card that device 209 veritifies by 208 verifications of OCR information checking device and two-dimension code scanning;
11) printing zone and the erasable zone of the 211 pairs of certificate cards of filming apparatus by reading mechanism 213 are taken and are stored, 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 of then filming apparatus 211 being taken and erasable area information and reader device 212 read is veritified;
12) emerging device 214 is classified to the certificate card according to veritifying the result, then outputs to out on the draw-in groove 218;
13) after the making of finishing certificate card, according to the certificate card quantity that make next time, can pull down or increase part and print module, reconfigure again the making of carrying out certificate card.
In the described step 3), certificate card is by after 203 verifications of OCR back gauge calibration equipment, and the certificate card of verification succeeds will be transported to the printing zone transmission component 216 of printing module; The certificate card of verification failure will be transported to the first useless draw-in groove 219;
In the described step 10), certificate card is by after 208 verifications of OCR information checking device, and is correct if the printing zone of check results and erasable area information and information are set type, and will be transported to reader device 212; If printing zone and erasable area information and information printer's error will be transported to the second useless draw-in groove 220;
In the described step 10), after certificate card is veritified device 209 veritifications by two-dimension code scanning, if it is correct to veritify result's two-dimensional bar printing, certificate card will be transported to reader device 212; If veritify result's two-dimensional bar misprint, certificate card will be transported to the second useless draw-in groove 220;
In the described step 11), the chip information that the printing zone of the certificate card that filming apparatus 211 is taken and erasable area information and reader device 212 read is veritified, if when veritification result's certificate card surface information is consistent with chip information, certificate card will be transported to going out in the draw-in groove 218 of emerging device 214; When if veritification result's certificate card surface information and chip information are inconsistent, certificate card will be transported to the second useless draw-in groove 220.
Embodiment 2:
As shown in Figure 4, the multifunctional assembled accreditation equipment of present embodiment comprises into snap gauge group 1, prints module 2 for No. one, prints module 3 for No. two, prints module 4, overlay film module 5, card release module 6 and Control Component No. three, describedly advance snap gauge group 1, print module 2 for No. one, print modules 3 for No. two, print module 4, overlay film module 5 and card release modules 6 No. three and combine successively, describedly advance on the snap gauge group 1 to be provided with card feeding device and to pick card transmission mechanism 7; Be provided with buffering transmission mechanism 8 and film covering device 9 on the described overlay film module 5; Be provided with thermal printing apparatus 10, inspection body, reading mechanism and emerging device on the described card release module 6;
Described card feeding device, comprise that first advances draw-in groove 11, second and advance draw-in groove 12, sensor, motor and drive, described sensor and drive are positioned at into the draw-in groove top, and described motor is positioned at the bottom into draw-in groove, and described sensor, motor link to each other with Control Component respectively by circuit.When sensor sensing when advancing in the draw-in groove to place certificate card, described sensor feeds back to Control Component with cue, Control Component is according to cue control electric motor starting drive, certificate card is sent to picks card transmission mechanism 7.
The described card connecting gear 7 of picking, comprise drive, sensor, biography draw-in groove, cleaning roller and motor, described drive is arranged at the top that passes draw-in groove, described sensor setting is in the two ends that pass draw-in groove, described motor is arranged at the bottom that passes draw-in groove, described cleaning roller is the sticking cylindricality plastic rod of tool, is positioned at the top that passes draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor; Be provided with the first useless draw-in groove near the described bottom of picking card connecting gear 7.
Be positioned at and pick card connecting gear 7 tops and be provided with OCR back gauge calibration equipment 13, described OCR back gauge calibration equipment 13 comprises camera bracket, be positioned at IP Camera on the camera bracket, embedded or stick on LED spotlight on the camera bracket, described IP Camera is connected with Control Component; Be arranged at the sensor of picking on the card connecting gear 7 and comprise first sensor and the second sensor, when first sensor was sensed certificate card and is positioned under the OCR back gauge calibration equipment 14, described IP Camera was connected the fix information back gauge verification that realizes certificate card with Control Component by netting twine; Described OCR back gauge calibration equipment 13 judges by edge and length to spacing, position and the card of literal whether certificate card meets standard, does not meet the first useless draw-in groove that enters of standard, and the continuation that meets standard transmits; In this process, certificate card cleans the 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; Be provided with No. two printing zone transmission components and No. two printing zone printing equipments 15 on the described No. two printing modules 3; Be provided with No. three printing zone transmission components and No. three printing zone printing equipments 16 on the described No. three printing modules 4;
A described printing zone transmission component, No. two printing zone transmission components, No. three printing zone transmission components comprise that all the first polydirectional transmission mechanism 17, the second polydirectional transmission mechanism 18, the 3rd polydirectional transmission mechanism 19, the 4th polydirectional transmission mechanism 20, the first auxiliary drive gear 21, the 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 and the 3rd polydirectional transmission mechanism 19 of a printing zone transmission component, described No. two printing zone printing equipments 15 are arranged between the second polydirectional transmission mechanism 18 and the 3rd polydirectional transmission mechanism 19 of No. two printing zone transmission components, and described No. three printing zone printing equipments 16 are arranged between the second polydirectional transmission mechanism 18 and the 3rd polydirectional transmission mechanism 19 of No. three printing zone transmission components; The described card transmission mechanism 23 of writing is arranged between the first polydirectional transmission mechanism 17 and the second polydirectional transmission mechanism 18; Described the first auxiliary drive gear 21 is arranged between the first polydirectional transmission mechanism 17 and the 4th polydirectional transmission mechanism 20, and described the second auxiliary drive gear 22 is arranged between the 3rd polydirectional transmission mechanism 19 and the 4th polydirectional transmission mechanism 20.
Described the first polydirectional transmission mechanism 17, the second polydirectional transmission mechanism 18, 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 top of rotatable biography draw-in groove, described sensor setting is in the two ends of rotatable biography draw-in groove, described motor is arranged at the bottom of rotatable biography draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
Described the first auxiliary drive gear 21 comprises drive, sensor, sliding Ka Dao, synchronizing wheel, synchronous belt and motor, described drive is arranged at the top of sliding Ka Dao, described sensor and motor are arranged at bottom, sliding card road, described synchronizing wheel and synchronous belt are arranged at sliding Ka Dao side, and described sensor is crossed circuit with motor by link tester and linked to each other with Control Component respectively;
Described the second auxiliary drive gear 22 comprises drive, sensor, biography draw-in groove and motor, described drive is arranged at the top that passes draw-in groove, described sensor setting is in the two ends that pass draw-in groove, described motor is arranged at the bottom that passes draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
The described card transmission mechanism 23 of writing, 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 is arranged at the top that passes draw-in groove, described motor is arranged at the below that passes draw-in groove, and described electronically written module, sensor and motor link to each other with Control Component respectively.
Described buffering transmission mechanism 8 links to each other 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 structures.
As shown in Figure 6, described thermal printing apparatus 10, its front end are provided with a certificate card positive and negative switching mechanism 24, and described switching mechanism links to each other with Control Component by circuit.
Described inspection body comprises OCR information checking device 25 and two-dimension code scanning veritification device 26; Described OCR information checking device 25 comprises that camera bracket, inwall are embedded with hemisphere snoot on the camera bracket, are positioned at the IP Camera of hemisphere snoot top, and described IP Camera is connected to realize the information printing effect verification of certificate card with Control Component; Described two-dimension code scanning is veritified device 26 and is comprised scanner, acquisition module, sensor, drive and motor, and described scanner is arranged at the acquisition module top, and described sensor, motor link to each other 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 reader device 28 tops, and described filming apparatus 27 links to each other 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 in snap gauge group 1.
As shown in Figure 7, described emerging device, comprise that 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 links to each other with reading mechanism, described conveyer belt 32 is horizontally set on a side of sliding card cage, and described drive is arranged on the sliding card cage bottom; One of them bottom that goes out draw-in groove is provided with the second useless draw-in groove, is provided with several infrared ray keepers 38 on the described conveyer belt 32, and the spacing between per two adjacent keepers 38 can arrange according to certificate card length, and present embodiment is preferably 100mm; Described sensor links to each other with Control Component respectively by circuit with motor.
Describedly advance snap gauge group 1, print module 2 for No. one, print modules 3 for No. two, print module 4 for No. three, overlay film module 5, card release module 6 tops all be provided with upturning lid, be provided with workbench 37 in a described side of advancing snap gauge group 1, described display screen 29, keyboard 30 and mouse 31 are arranged on the workbench 37, and the described front end that advances snap gauge group 1 is provided with device start/shutdown switch, computer mainframe switch, accreditation device switch and the first emergency stop switch 38; The front end of described card release module 6 is provided with the second emergency stop switch 39.
Such as Fig. 4-shown in Figure 7, the certificate card manufacturing process of the multifunctional assembled accreditation equipment of present embodiment is as follows:
1) certificate card is put into first of card feeding device and advanced draw-in groove 11 or second and advance draw-in groove 12, pick card transmission mechanism 7 and select one of them to advance draw-in groove, be transported at the certificate card that advances draw-in groove and pick in the card transmission mechanism 7;
2) be positioned at the fix information that the OCR back gauge calibration equipment 13 of picking card transmission mechanism 7 tops will rest on the certificate card surface of picking card transmission mechanism 7 and carry out the back gauge verification, certificate card judges to edge and the length of spacing, position and the card of literal whether certificate card meets standard by 13 verifications of OCR back gauge calibration equipment, and the certificate card that meets standard will be transported to the printing zone transmission component of a printing module 2; The certificate card that does not meet standard 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 a printing zone transmission component printing module 2 for No. one, first certificate card the first polydirectional transmission mechanism 17 by a printing zone transmission component is transported to writes card transmission mechanism 23, chip information to certificate card writes, the certificate card that electronically written is finished is transported to the second polydirectional transmission mechanism 18, enters 14 pairs of certificate card printings of printing zone printing equipment zone information of carrying out by the second polydirectional transmission mechanism 18 and prints;
During first certificate card printed, second certificate card of back gauge verification succeeds is by the first polydirectional transmission mechanism 17 of a printing zone transmission component, the first auxiliary drive gear 21, the 4th polydirectional transmission mechanism 20 is transported in the printing zone transfer assembly of No. two printing modules 3, second certificate card the first polydirectional transmission mechanism 17 by No. two printing zone transfer assemblies is transported to writes card transmission mechanism 23, after first certificate card printing is complete, entering 15 pairs of certificate card printings of No. two printing zone printing equipments zone information of carrying out prints, while first certificate card is by the 3rd polydirectional transmission mechanism 19 of a printing zone transmission component, the second auxiliary drive gear 22, the 4th polydirectional transmission mechanism 20, pass through again the first polydirectional transmission mechanism 17 of No. two printing zone transmission components, the first auxiliary drive gear 21, the first polydirectional transmission mechanism 17 that passes through at last No. three printing zone transmission components, the 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 printed, the 3rd certificate card of back gauge verification succeeds is transported to the printing zone transmission component of No. three printing modules 4, after second certificate card printing is complete, the 3rd certificate card is transported to 16 pairs of certificate card printings of No. three printing zone printing equipments zone information of carrying out and prints, while second certificate card is by the 3rd polydirectional transmission mechanism 19 of No. two printing zone transmission components, the second auxiliary drive gear 22, the 4th polydirectional transmission mechanism 20, the first polydirectional transmission mechanism 17 that passes through again No. three printing zone transmission components, the 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 printed, the 4th certificate card of back gauge verification succeeds was transported to a printing zone transmission component of a printing module 2, by that analogy, continued to carry out above-mentioned steps.
4) after the printing information printing is finished, No. three printing zone transmission components printing modules 4 by No. three are transported to certificate card in the buffering transmission mechanism 8;
5) buffering transmission mechanism 8 is transported to the certificate card of buffer memory in the film covering device 9 according to the job schedule of film covering device 9;
6) film covering device 9 covers anti false film at the printing zone of certificate card;
7) after anti false film covers and finishes, certificate card is transported in the thermal printing apparatus 10;
8) thermal printing apparatus 10 carries out writing of erasable information and two-dimensional bar in the erasable zone of certificate card, after writing information is finished, certificate card is transported in the inspection body;
9) carry out verification by 25 pairs of certificate card printing zones of OCR information checking device of inspection body and information and the information composing degree of accuracy in erasable zone, the two-dimensional bar code that two-dimension code scanning by inspection body is veritified on the erasable zone of 26 pairs of certificate cards of device gathers and veritifies, certificate card is by after 25 verifications of OCR information checking device, if the printing zone of check results and erasable area information and information are set type correct, will be transported to reading mechanism; If printing zone and erasable area information and information printer's error will be transported to the second useless draw-in groove; After certificate card is veritified device 26 veritifications by two-dimension code scanning, if it is correct to veritify result's two-dimensional bar printing, certificate card will be transported to reading mechanism; If veritify result's two-dimensional bar misprint, certificate card will be transported to the second useless draw-in groove;
10) printing zone and the erasable zone of the 27 pairs of certificate cards of filming apparatus by reading mechanism are taken and are stored, read the chip information of certificate card by the reader device 28 of reading mechanism, the chip information that the printing zone of the certificate card of then filming apparatus 27 being taken and erasable area information and reader device 28 read is veritified, if when veritification result's certificate card surface information is consistent with chip information, certificate card will be transported to going out in the draw-in groove of emerging device; When if veritification result's certificate card surface information and chip information are inconsistent, certificate card will be transported to the second useless draw-in groove;
11) certificate card is admitted to first the sliding card cage of emerging device, by two adjacent keepers 38 with behind the certificate card location, certificate card is admitted to and pushes away clamp, according to veritifying the result certificate card is classified, and pushes away clamp by the electric motor starting screw rod certificate card is risen to out draw-in groove;
12) after the making of finishing certificate card, according to the certificate card quantity of making next time, the removable next one or two modules, or be to increase to print module, reconfigure again the making of carrying out certificate card.
In the described step 8), if the erasable region division of certificate card is positive at certificate card, is delivered directly to thermal printing apparatus 10 and carries out writing of erasable information and two-dimensional bar in the certificate card front; If the erasable region division of certificate card is at the certificate card reverse side, the 24 pairs of certificate cards of switching mechanism by thermal printing apparatus 10 front ends overturn, and are transported to thermal printing apparatus after the upset and carry out writing of erasable information and two-dimensional bar at the 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; it only is the preferred embodiment of the invention; but protection scope of the present invention is not limited to this; anyly be familiar with those skilled in the art in scope disclosed in this invention; be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, all belonged to protection scope of the present invention.
Claims (10)
1. multifunctional assembled accreditation equipment comprises
The Control Component that is used for control appliance work;
Interconnective be provided with that at least two card feeding devices that advance draw-in groove and top be provided with OCR back gauge calibration equipment pick the card transmission mechanism;
And the buffering transmission mechanism, film covering device, the thermal printing apparatus that link to each other successively, OCR information checking device and two-dimension code scanning are installed veritify the inspection body of device, the reading mechanism of filming apparatus and reader device be installed and be provided with at least two emerging devices that go out draw-in groove;
It is characterized in that: also comprise the N platform at the dismountable printing module of picking between card transmission mechanism and the buffering transmission mechanism, described every printing module top is provided with printing zone printing equipment and printing zone transmission component, wherein, and 1≤N≤6; Described printing zone printing equipment by the printing zone transmission component respectively with pick the card transmission mechanism, the buffering transmission mechanism links to each other, described Control Component links to each other with emerging device with card feeding device, OCR back gauge calibration equipment, printing zone printing equipment, film covering device, thermal printing apparatus, OCR information checking device, two-dimension code scanning veritification device, filming apparatus, reader device respectively by circuit.
2. multifunctional assembled accreditation equipment according to claim 1 is characterized in that: described card feeding device and pick the card transmission mechanism and be arranged on and advance on the snap gauge group; Described buffering transmission mechanism and film covering device are arranged on the overlay film module; Described thermal printing apparatus, inspection body, reading mechanism and emerging device are arranged on the card release module, describedly advance the snap gauge group, print module, overlay film module and card release module and combine successively and form whole unit equipment.
3. multifunctional assembled accreditation equipment according to claim 1 and 2, it is characterized in that: described every printing zone transmission component of printing module comprises the first polydirectional transmission mechanism, the second polydirectional transmission mechanism, the 3rd polydirectional transmission mechanism, the 4th polydirectional transmission mechanism, the first auxiliary drive gear, the second auxiliary drive gear and one write the card transmission mechanism, described printing zone printing equipment is arranged between the second polydirectional transmission mechanism and the 3rd polydirectional transmission mechanism, the described card transmission mechanism of writing is arranged between the first polydirectional transmission mechanism and the second polydirectional transmission mechanism, described the first auxiliary drive gear is arranged between the first polydirectional transmission mechanism and the 4th polydirectional transmission mechanism, and described the second auxiliary drive gear is arranged between the 3rd polydirectional transmission mechanism and the 4th polydirectional transmission mechanism.
4. multifunctional assembled accreditation equipment according to claim 3 is characterized in that:
The described card transmission mechanism of picking comprises drive, sensor, biography draw-in groove, cleaning roller and motor, described drive is arranged at the top that passes draw-in groove, described sensor setting is in the two ends that pass draw-in groove, described motor is arranged at the bottom that passes draw-in groove, described cleaning roller is positioned at the top that passes draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
Described the first ~ the 4th polydirectional transmission mechanism comprises drive, sensor, rotatably passes draw-in groove, rot and motor, described drive is arranged at the top of rotatable biography draw-in groove, described sensor setting is in the two ends of rotatable biography draw-in groove, described motor is arranged at the bottom of rotatable biography draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
Described the first auxiliary drive gear comprises drive, sensor, sliding Ka Dao, synchronizing wheel, synchronous belt and motor, described drive is arranged at the top of sliding Ka Dao, described sensor and motor are arranged at bottom, sliding card road, described synchronizing wheel and synchronous belt are arranged at sliding Ka Dao side, and described sensor is crossed circuit with motor by link tester and linked to each other with Control Component respectively;
Described the second auxiliary drive gear, buffering transmission mechanism comprise drive, sensor, biography draw-in groove and motor, described drive is arranged at the top that passes draw-in groove, described sensor setting is in the two ends that pass draw-in groove, described motor is arranged at the bottom that passes draw-in groove, and described sensor links to each other with Control Component respectively by circuit with motor;
The described card transmission mechanism of writing, 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 is arranged at the top that passes draw-in groove, described motor is arranged at the below that passes draw-in groove, and described electronically written module, sensor and motor link to each other with Control Component respectively;
Described thermal printing apparatus, its front end are provided with a certificate card positive and negative switching mechanism, and described switching mechanism links to each other with Control Component by circuit;
Described card feeding device also comprises sensor, motor and drive, and described sensor and drive are positioned at into the draw-in groove top, and described motor is positioned at the bottom into draw-in groove, and described sensor, motor link to each other with Control Component respectively by circuit;
Described emerging device also comprises sliding card cage, sensor, drive, conveyer belt, pushes away clamp, screw rod and motor, and described sliding card cage links to each other with reading mechanism, and described conveyer belt is horizontally set on a side of sliding card cage, and described drive is arranged on the sliding card cage bottom; Be provided with several infrared ray keepers on the described conveyer belt, described sensor links to each other with Control Component respectively by circuit with motor;
Be provided with the first useless draw-in groove near the described bottom of picking the card transmission mechanism; At least two one of them card release trench bottoms that goes out draw-in groove at described emerging device are provided with the second useless draw-in groove.
5. multifunctional assembled accreditation equipment according to claim 1 and 2 is characterized in that:
Described OCR back gauge calibration equipment comprises camera bracket, be positioned at IP Camera on the camera bracket, embedded or stick on LED spotlight on the camera bracket, described IP Camera is connected with Control Component;
Described OCR information checking device comprises that camera bracket, inwall are embedded with hemisphere snoot on the camera bracket, are positioned at the IP Camera of hemisphere snoot top, and described IP Camera is connected with Control Component.
6. multifunctional assembled accreditation equipment according to claim 2, it 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 in the snap gauge group; Side at described equipment is provided with workbench, and described display screen, keyboard and mouse are arranged on the workbench; The described front end that advances the snap gauge group is 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.
7. based on the certificate card preparation method of the described accreditation equipment of claim 4, it is characterized in that may further comprise the steps:
1) the certificate card quantity of making is as required being picked the card transmission mechanism and is being cushioned 1 ~ N platform printing module is installed between the transmission mechanism;
2) certificate card is put into the draw-in groove that advances of card feeding device, picked the card transmission mechanism and select one of them to advance draw-in groove, be transported at the certificate card that advances draw-in groove and pick in the card transmission mechanism;
3) be positioned at the fix information that the OCR back gauge calibration equipment of picking card transmission mechanism top will rest on the certificate card surface of picking the card transmission mechanism and carry out the back gauge verification;
4) the printing zone transmission component is sent into described certificate card in 1 ~ N platform printing zone printing equipment successively, and described printing zone printing equipment is printed printing information at the printing zone of certificate card;
5) after the printing information printing is finished, by the printing zone transmission component certificate card is transported in the buffering transmission mechanism;
6) the buffering transmission mechanism is transported to the certificate card of buffer memory in the film covering device according to the job schedule of film covering device;
7) film covering device covers anti false film at the printing zone of certificate card;
8) after anti false film covers and finishes, certificate card is transported in the thermal printing apparatus;
9) thermal printing apparatus carries out writing of erasable information and two-dimensional bar in the erasable zone of certificate card, after writing information is finished, certificate card is transported in the inspection body;
10) the OCR information checking device by inspection body carries out verification to information and the information composing degree of accuracy in certificate card printing zone and erasable zone, veritify device by the two-dimension code scanning of inspection body the two-dimensional bar code on the erasable zone of certificate card is gathered and veritifies, the certificate card of successfully veritifying by the device verification of OCR information checking and two-dimension code scanning veritification device is transported in the reading mechanism;
11) by the filming apparatus of reading mechanism printing zone and the erasable zone of certificate card are taken and stored, read the chip information of certificate card by the reader device of reading mechanism, the chip information that the printing zone of the certificate card of then filming apparatus being taken and erasable area information and reader device read is veritified;
12) emerging device is classified to the certificate card according to veritifying the result, then outputs to out on the draw-in groove;
13) after the making of finishing certificate card, according to the certificate card quantity that make next time, can pull down or increase part and print module, reconfigure again the making of carrying out certificate card.
8. certificate card preparation method according to claim 7 is characterized in that:
In the described step 3), 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 of printing module; The certificate card of verification failure will be transported to the first useless draw-in groove;
In the described step 10), certificate card is by after the verification of OCR information checking device, and is correct if the printing zone of check results and erasable area information and information are set type, and will be transported to reading mechanism; If printing zone and erasable area information and information printer's error will be transported to the second useless draw-in groove;
In the described step 10), after certificate card is veritified the device veritification by two-dimension code scanning, if it is correct to veritify result's two-dimensional bar printing, certificate card will be transported to reading mechanism; If veritify result's two-dimensional bar misprint, certificate card will be transported to the second useless draw-in groove;
In the described step 11), the chip information that the printing zone of the certificate card that filming apparatus is taken and erasable area information and reader device read is veritified, if when veritification result's certificate card surface information is consistent with chip information, certificate card will be transported to going out in the draw-in groove of emerging device; When if veritification result's certificate card surface information and chip information are inconsistent, certificate card will be transported to the second useless draw-in groove.
9. certificate card preparation method according to claim 7, it is characterized in that: in the described step 9), if the erasable region division of certificate card is positive at certificate card, is delivered directly to thermal printing apparatus and carries out writing of erasable information and two-dimensional bar in the certificate card front; If the erasable region division of certificate card is at the certificate card reverse side, the switching mechanism by the thermal printing apparatus front end overturns to the certificate card, is transported to thermal printing apparatus after the upset and carries out writing of erasable information and two-dimensional bar at the certificate card reverse side.
10. certificate card preparation method according to claim 7, it is characterized in that: in the described step 12), certificate card is admitted to first the sliding card cage of emerging device, by two adjacent keepers with behind the certificate card location, certificate card is admitted to and pushes away clamp, according to veritifying the result certificate card is classified, push away clamp by the electric motor starting screw rod certificate card is risen to out draw-in groove.
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| CN201210580898.5A CN103029451B (en) | 2012-12-27 | 2012-12-27 | Combined multifunctional card manufacturing machine and card manufacturing method |
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| CN201210580898.5A CN103029451B (en) | 2012-12-27 | 2012-12-27 | Combined multifunctional card manufacturing machine and card manufacturing method |
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