CN105224965A - A kind of 3D integration card producing system and method thereof - Google Patents
A kind of 3D integration card producing system and method thereof Download PDFInfo
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- CN105224965A CN105224965A CN201510731489.4A CN201510731489A CN105224965A CN 105224965 A CN105224965 A CN 105224965A CN 201510731489 A CN201510731489 A CN 201510731489A CN 105224965 A CN105224965 A CN 105224965A
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Abstract
The present invention relates to a kind of 3D integration card producing system and method thereof, wherein system comprises lower unit/terminal, network data base and comprises the 3D card maker of 3D print module, digital printed module, chip data module for reading and writing, OCR identification module, data decryption module and useless card processing module; Method comprises legitimate verification, logging data, 3D print, comprise personalisation process that the printing of card face writes with card chip data, card quality testing and useless bayonet lock are ruined, and also can comprise false proof process further.This 3D integration card producing system and method thereof, can realize omnidistance prosthetic fabrication, fully ensure that card surface information safety, enterprise employee health and reduce cost of labor comprehensively.
Description
Technical field
The present invention relates to unmanned full-automatic factory, be specifically related to a kind of 3D integration card producing system and method thereof.
Background technology
According to the message that China Unionpay issues on October 20th, 2014, by third season end in 2014, the accumulative issued volume of Unionpay's chip card (financial IC card) breaks through 1,000,000,000.Large batch of like this financial IC card and on the market widely used magnetic stripe card and sector application IC-card manufacture process all use the manufacture of many workshops Alternative.Along with the continuous increase of issued volume, the continuous popularization of a card Alternative application, user requires more and more higher to information security, and the drawback that current many workshops Alternative manufactures card mode more and more embodies.
(1) manufacturing process is complicated: under current manufacture, finished product card will through data processing, plastic cement, synthesis, Ke Shi, product examine, tens technological processes such as individualized, and these techniques complete substantially all in different workshops, different technique also has certain sequencing, and the technique difference completed required for different cards is very large.Complicated technological process needs numerous those skilled in the art to carry out technology controlling and process and quality control, complexity in this flow process also requires that company drops into larger manpower and materials and supports to a certain extent, and this certainly will limit the research and development of new technology and the complexity of card manufacture.
(2) security control difficulty: card enters national treasury from production to last, quantitatively must be consistent, the useless card process problem in each technological process is just related in the middle of this, the not safety problem of a workshop intermediate transition card, because the technological process quantity related to reaches tens, the workshop related to can be any more ten yet, will ensure that the consistance of number of cards seems in this case very difficult.In addition also have an information security issue, because need of production is so some personal data must enter into workshop, then must enter quality inspection personnel again, eventually pass through individualized workshop, in the middle of this, there is the risk problem that user's sensitive data exposes.Whether this safety problem directly has influence on industry and can keep the safety in production.
(3) intelligence degree is low: in card manufacture process, needs the place of manual intervention very many, such as card carrying, chip baseband-detection, card face manual detection, and mailing envelope prints etc.Even and in equipment Manufacture Process, manually-operated place is still a lot, the linking in the middle of each flow process is also substantially by manually completing, and whole manufacture process intellectuality is only embodied in equipment Manufacture Process.Intelligence degree directly has influence on the speed of development of industry, is urgent need to solve the problem.
(4) enterprise employee health is unfavorable for: in card manufacture process, typography needs to use ink, even if use environment-friendly ink and work-yard environment also to meet health requirements at present, but still there is the gas of pungent smell the work-yard of staff in practical operation, current safeguard procedures wear the protective mask of specialty.But go down for a long time, certainly the health of employee is affected, be unfavorable for the health of employee, cause the loss of the industry technology talent, thus directly have influence on the development of whole industry.
Summary of the invention
The technical issues that need to address of the present invention are, how to provide a kind of 3D integration card producing system and method thereof, can realize unmanned fabrication and ensure the low cost of labor of card surface information safety and health.
First technical matters of the present invention solves like this: build a kind of 3D integration system chucking method, it is characterized in that, comprise following concrete steps:
101) legitimacy authentication is carried out to fabrication user;
102) this ID (identity number) card data of automatic acquisition legal fabrication user and/or legal fabrication user input this ID (identity number) card data;
103), after successfully obtaining card data, utilize the model bank set up in advance to choose corresponding snap gauge type and printed by 3D and automatically make blank card;
104) printing of card face carried out to blank card and automatically make finished product card after writing corresponding card chip data;
105) carry out OCR identification and the core of the card sheet digital independent to finished product card, with the corresponding part comparison in described card data, whether automatic decision finished product card is qualified;
106) be automatically export qualified card, otherwise the defective card of auto-destruct.
According to 3D integration system chucking method provided by the invention, fabrication user can carry out the legitimate verification of identity in several ways.
According to 3D integration system chucking method provided by the invention, this 3D integration system chucking method also comprises step 107): export again after false proof process is carried out to qualified card.
According to 3D integration system chucking method provided by the invention, described false proof process comprises laser anti-counterfeit overlay film or compacting steel seal is false proof.
According to 3D integration system chucking method provided by the invention, include, but are not limited to two kinds for card mode:
(i) post: user to be placed an order fabrication by mobile phone etc., and this 3D integration system chucking method also comprises step 108): intelligent go-on-go and packaging are carried out to the qualified card exported, then sends to user by express delivery;
(ii) user asks for: user to be placed an order fabrication by the control inputs terminal of equipment, and qualified card directly exports by equipment.
According to 3D integration system chucking method provided by the invention, described legitimacy authentication is one or more in SMS, certificate School Affairs bio-identification.
According to 3D integration system chucking method provided by the invention, described bio-identification includes, but are not limited to the recognition method such as fingerprint recognition, recognition of face or iris recognition.
According to 3D integration system chucking method provided by the invention, said write card chip data is enciphered data, and this 3D integration system chucking method also comprises step 103)-104) between data encryption step.
According to 3D integration system chucking method provided by the invention, step 105 in this 3D integration system chucking method) also comprise step to the core of the card sheet decrypt data read.
According to 3D integration system chucking method provided by the invention, utilize record individuation data database, step 103 in this 3D integration system chucking method) if in successfully could not obtain data, then turn keeper and get involved process.
Second technical matters of the present invention solves like this: build a kind of 3D integration card producing system, it is characterized in that, 3D card maker, comprise 3D print module, digital printed module, chip data module for reading and writing, OCR identification module, data decryption module and useless card processing module, print fabrication, the write of card chip data for 3D, destroy the defective card of quality testing and comprise the card quality testing of OCR identification and the core of the card sheet digital independent;
Mobile phone or 3D card maker carry control end, for the card data of the legitimacy identity data He this identity that obtain fabrication user;
Network data base, for storing all legitimacy identity datas and card data, and will treat that the data encryption of fabrication sends to 3D card maker.
3D integration card producing system provided by the invention and method thereof, adopt full-automatic unmanned equipment, more existing fabrication technology has following outstanding advantage:
1, ownership system clipping technique flow process is concentrated, simple flow, raising fabrication efficiency;
2, omnidistance prosthetic, ensures information security and personnel health;
3, useless card is auto-destruct process, guarantees that it must be consistent for producing with shipment number of cards, does not exist error problem;
4, the on-the-spot fabrication of energy, simply efficiently.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail further:
Fig. 1 is the function structure schematic diagram of 3D of the present invention integration card producing system;
Fig. 2 is the overall procedure schematic diagram of 3D of the present invention integration fabrication program;
Fig. 3 is data inputting subroutine flow schematic diagram in Fig. 2;
Fig. 4 is modeling subroutine flow schematic diagram in Fig. 2;
Fig. 5 is 3D print subroutine schematic flow sheet in Fig. 2;
Fig. 6 is individualized process subroutine flow schematic diagram in Fig. 2;
Fig. 7 is card quality inspection subroutine flow schematic diagram in Fig. 2;
Fig. 8 is data enciphering/deciphering subroutine flow schematic diagram in Fig. 3,4.
Embodiment
As shown in Figure 1,3D integration card producing system of the present invention comprises intelligent terminal, network data base and the 3D card maker that Internet connects, wherein:
3D card maker, comprise 3D print module, digital printed module, chip data module for reading and writing, OCR identification module, data decryption module and useless card processing module, print fabrication, the write of card chip data for 3D, destroy the defective card of quality testing and comprise the card quality testing of OCR identification and the core of the card sheet digital independent;
Intelligent terminal, for the card data of the legitimacy identity data He this identity that obtain fabrication user;
Network data base, for storing all legitimacy identity datas and card data, and will treat that the data encryption of fabrication sends to 3D card maker.
Intelligent terminal can be mobile phone, panel computer, computing machine etc., and user can be applied by mobile phone A PP, micro-letter or webpage place an order, and uses the fabrication of 3D of the present invention integration card producing system.
3D card maker also can carry control end, and user directly uses control end to place an order, and uses the fabrication of 3D of the present invention integration card producing system.
Network data base, can carry encryption equipment, will treat that fabrication data send to 3D card maker.
Embody rule scene: user carries out authentication by APP/ webpage/micro-letter/terminal etc. through biological identification technology, by terminal profile card stock and manufacture craft, again by technological means uploading data or system background data, data are after checking, user is through paying defrayment by mails, user places an order fabrication, and 3D card maker completes card production course fast and carries out Intelligent Measurement and packaging, is directly distributed in user's hand through express company.Overall process is without the need to manual intervention, and data are transferred through the close International Algorithmic protection of encryption equipment and state, and personal information security is guaranteed in the omnidistance prosthetic contact of card surface information.3D integration fabrication system set of the present invention provides five large solutions, specifically comprises:
1. information transmission security----solution: the close algorithm+International Algorithmic of encryption equipment hardware level+state
2. complicated-----solution of card system fabrication technique: 3D card maker intelligent integral completes, and saves cost
3. card image safety------solution: useless card auto-destruct, packs automatically
4. card quality inspection needs manual intervention-----solution: OCR automatic test card face printing quality and information correctness
5. card legitimacy----solution: laser anti-counterfeit overlay film and steel seal false proof
The following control program of this 3D integration fabrication system cloud gray model:
(i) overhead control program
As shown in Figure 2,3D integration fabrication routine package of the present invention draws together following steps:
2001) start;
2002) system login;
2003) calling data typing subroutine;
2004) modeling subroutine is called;
2005) 3D print subroutine is called;
2006) individualized process subroutine is called;
2007) card quality inspection subroutine is called, judge that making card meets examination criteria?
2008) be sent into draw-in groove, enter next step, otherwise send bad draw-in groove to destroy, return step 2004) fabrication again;
2009) judge whether to need false proof process? enter next step after false proof process, otherwise directly enter next step;
2010) print client and post information, automatically packaging and intelligent go-on-go;
2011) terminate.
Wherein: step 2004)-2010) complete on 3D card maker, step 2010) can omit, fabrication user directly can obtain qualified finished product card from the card outlet of equipment.In addition, in mailing way, step 2010) after also comprise and be mailed to user.
(ii) six subroutines
As shown in Figure 3, data inputting subroutine of the present invention comprises the following steps:
3001) start;
3002) proof of identity: bio-identification proof of identity, and or mobile phone short message verification code check, and or certificate verification;
3003) do you judge that whether proof of identity successful? be enter next step, otherwise return step 3002);
3004) obtain data: terminal artificial input data, and or from certificate, read data, and or terminal obtain biometric data, and or other data platform data importings, and or card master data;
3005) do you judge that final data meets the requirements? be be saved to data base access next step, otherwise notify that keeper gets involved;
3006) after data encryption, 3D card maker is exported in transmission;
3007) terminate.
As shown in Figure 4, modeling subroutine of the present invention comprises the following steps:
4001) start;
4002) 3D card maker receives enciphered data, comprises: card face data, chip personal data, material data, address data, kind of cards data, other data;
4003) data deciphering;
4004) card basic model is imported;
4005) 3D model is built;
4006) pattern checking and reparation;
4007) 3D model is exported;
4008) terminate.
As shown in Figure 5,3D print subroutine of the present invention comprises the following steps:
5001) start;
5002) 3D model is imported;
5003) do you judge that whether material sufficient? be enter next step, otherwise supplementary material return step 5003);
5004) coil and chip is imported;
5005) 3D print: fusion sediment moulding and or stereolithography and or selective laser sintering and or synusia superposition manufacture and or three-dimensional printing art;
5006) blank card is made;
5007) terminate.
As shown in Figure 6, individualized process subroutine of the present invention comprises the following steps:
6001) start;
6002) personal data and blank card is imported;
6003) card face printing;
6004) individualized script imports, and comprising: the bank of chip model, issuing card or mechanism;
6005) chip individualizes: write chip data;
6006) finished product card is made;
6007) terminate.
As shown in Figure 7, card quality inspection subroutine of the present invention comprises the following steps:
7001) start;
7002) OCR card face personal data whether personal data identified consistent with the data provided? no, finished product card being sent into waste product groove and destroys, is enter next step;
Does 7003) chip individualize and to detect and whether the personal data identified consistent with the data provided and whether card structure complete? no, finished product card being sent into waste product groove and destroys, is enter next step;
7004) finished product card has been sent into draw-in groove;
7005) terminate.
As shown in Figure 8, data enciphering/deciphering subroutine of the present invention comprises the following steps:
8001) start;
8002) plain/cipher text is obtained;
8003) algorithms selection: hardware encipher machine, symmetrical enciphering and deciphering algorithm, the close algorithm of asymmetric enciphering and deciphering algorithm or state;
8004) enciphering/deciphering process;
8005) output ciphertext/expressly;
8006) terminate.
Certainly, the above is only preferred embodiment of the present invention, therefore all equivalence changes of doing according to structure, feature and the flow process described in patent claim of the present invention or modify, and is included in patent claim of the present invention is.
Claims (10)
1. a 3D integration system chucking method, is characterized in that, comprises following concrete steps:
101) legitimacy authentication is carried out to fabrication user;
102) this ID (identity number) card data of automatic acquisition legal fabrication user and/or legal fabrication user input this ID (identity number) card data;
103), after successfully obtaining card data, utilize the model bank set up in advance to choose corresponding snap gauge type and printed by 3D and automatically make blank card;
104) printing of card face carried out to blank card and automatically make finished product card after writing corresponding card chip data;
105) carry out OCR identification and the core of the card sheet digital independent to finished product card, with the corresponding part comparison in described card data, whether automatic decision finished product card is qualified;
106) be automatically export qualified card, otherwise the defective card of auto-destruct.
2. card face printing quality automatic mode according to claim 1, it is characterized in that, this 3D integration system chucking method also comprises step 107): export again after false proof process is carried out to qualified card.
3. 3D integration card producing system and method thereof according to claim 2, it is characterized in that, described false proof process comprises laser anti-counterfeit overlay film or compacting steel seal is false proof.
4. card face printing quality automatic mode according to claim 1 or 2, is characterized in that, this 3D integration system chucking method also comprises step 108): intelligent go-on-go and packaging are carried out to the qualified card exported.
5. card face printing quality automatic mode according to claim 1, is characterized in that, described legitimacy authentication is one or more in SMS, certificate School Affairs bio-identification.
6. 3D integration system chucking method according to claim 5, it is characterized in that, described bio-identification comprises fingerprint recognition, recognition of face or iris recognition.
7. 3D integration system chucking method according to claim 1, it is characterized in that, said write card chip data is enciphered data, and this 3D integration system chucking method also comprises step 103)-104) between data encryption step.
8. card face printing quality automatic mode according to claim 7, is characterized in that, step 105 in this 3D integration system chucking method) also comprise step to the core of the card sheet decrypt data read.
9. card face printing quality automatic mode according to claim 1, is characterized in that, step 103 in this 3D integration system chucking method) successfully do not obtain data if also comprised, turn keeper and get involved process.
10. a 3D integration card producing system, is characterized in that, comprising:
3D card maker, comprise 3D print module, digital printed module, chip data module for reading and writing, OCR identification module, data decryption module and useless card processing module, print fabrication, the write of card chip data for 3D, destroy the defective card of quality testing and comprise the card quality testing of OCR identification and the core of the card sheet digital independent;
Mobile phone or 3D card maker carry control end, for the card data of the legitimacy identity data He this identity that obtain fabrication user;
Network data base, for storing all legitimacy identity datas and card data, and will treat that the data encryption of fabrication sends to 3D card maker.
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| CN106864806A (en) * | 2017-02-13 | 2017-06-20 | 金邦达有限公司 | Intelligent card production method and device |
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| CN112382019A (en) * | 2020-10-26 | 2021-02-19 | 恒银金融科技股份有限公司 | Self-service terminal for instantly making social security card |
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Application publication date: 20160106 |