CN107563483B - Automatic identification and flexible personalized processing method for intelligent chip card - Google Patents
Automatic identification and flexible personalized processing method for intelligent chip card Download PDFInfo
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Abstract
The invention relates to the field of intelligent chip card manufacturing, in particular to an automatic identification and flexible personalized processing method of an intelligent chip card, which at least comprises the following steps of ① adding identification codes in an identification code database and a personalized information database generated in a system, ② writing the identification codes into a blank chip card, ③ reading the identification codes to confirm an intelligent chip card which is not personalized and needs to be picked, ④ merging different types of intelligent chip cards which are picked by using a card sorting machine, and ⑤ using a card personalization machine to carry out flexible personalized processing on the intelligent chip card which is not personalized in the ④ step.
Description
Technical Field
The invention relates to the field of intelligent chip card manufacturing, in particular to an automatic identification and flexible personalized processing method of an intelligent chip card.
Background
Compared with the traditional magnetic stripe card, the intelligent chip card has the characteristics of high safety, good confidentiality and the like, and is widely applied to the fields of finance, traffic, social security, medical treatment, campus and the like. In the processing of smart chip cards, which can be roughly divided into two phases, an un-personalization phase from the raw material base card to the packaging of the warehouse and a personalization phase from the warehouse to the customer, in the traditional processing method,
the non-personalization phase mainly comprises the following steps:
① performing differential printing, laminating and punching on the surface of the smart card raw material substrate;
② packaging the die-cut smart card with chip;
③ identifying the character elements on the surface of the chip card and classifying according to different card types;
④ the chip cards of the same type are packed in a specified number in a packing box, a bar code for identifying the type of the chip card is marked on the packing box, and the packing box enters a storehouse for storage to prepare for the personalization of the chip cards of the next step.
The personalization phase mainly comprises the following steps:
①, material taking, namely determining the type of the non-personalized chip card to be taken from the storehouse according to the label on the packaging box;
② the personalization device loads the corresponding personalization information data;
③, manually confirming whether the type of the picked up non-personalized chip card is consistent with the personalized information to be written, and after confirming that no error exists, personalizing the non-personalized chip card by using personalization equipment, and finishing the final intelligent chip card processing.
In the above conventional processing, there are the following defects:
① due to the limitation of the size of the card layout, it is difficult to mark the bar code for identifying the card type on the surface of a single card, and for the situation that the character elements on the surfaces of two cards are similar (for example, two cards in fig. 1 and 2, the similarity reaches more than 95%, the only difference is that the upper left of the card in fig. 1 is marked with "leisurely travel platinum credit card", and the upper left of the card in fig. 2 is marked with "you good health platinum credit card"), the card surface character elements are classified by the way of manual identification, if not the staff with abundant experience, the error is very easy to occur in the identification process of the card type by packing box or card personalization, which results in the waste of the materials of the chip and the card body, even the wrong card type is sent to the client;
② the method of identifying the character elements on the card surface by manpower requires the staff with excellent memory ability even with experience, and under the environment of high intensity and single repeated operation, the staff has high labor intensity, low working efficiency and is easy to make mistakes;
③ in the process of chip card personalization, only the same type of chip card can be written with personalization information each time, with the current higher and higher personalized demand of customers on smart chip cards, the demand of the same type of smart cards in a single order is less and less, but the total number of orders is more and more, the traditional personalization mode needs to change the loading information in the personalization equipment continuously, and simultaneously the different types of card bodies need to be switched continuously in the process of personalized card making, which consumes a lot of time, has low production efficiency and high error probability, and seriously affects the personalized production efficiency of smart cards.
Disclosure of Invention
In order to solve the problems of error card type identification and low card personalization production efficiency easily caused in the traditional intelligent chip card processing process, the invention provides a method which has high card type identification accuracy and high identification speed and adopts flexible processing in the card personalization process.
The specific scheme of the invention is as follows: an automatic identification and flexible personalized processing method of an intelligent chip card at least comprises the following steps:
s01: generating an identification code database in the system A, wherein the identification code is field information for identifying the type of the intelligent chip card;
s02: inputting the personalized information of the intelligent chip cards of the corresponding batch into a system B, and generating a personalized information database in the system B, wherein each piece of personalized information in the personalized information database at least comprises an identification code and cardholder identity information which are used for identifying the card type required by a cardholder and are matched with the identification code database;
s03: writing the identification code in the identification code database into a chip of the blank chip card to form an intelligent chip card which is not personalized;
s04: reading the identification codes in the intelligent chip cards which are not personalized in the step S03, and sorting out the corresponding quantity of the intelligent chip cards which are not personalized according to the quantity of the intelligent chip cards of each type required by the batch in the step S02;
s05, placing the intelligent chip cards which are not personalized and sorted in the step S04 into a card sorting machine, reading the identification codes in the intelligent chip cards which are not personalized by the card sorting machine, and identifying the types of the intelligent chip cards which are not personalized;
s06: inputting the personalized information database information of the batch into a card sorting machine, automatically searching and matching the identification code in each piece of personalized information with each piece of non-personalized intelligent chip card identification code read in the step S05 by the card sorting machine, and automatically sorting the cards according to the searched and matched information to ensure that the sorted non-personalized intelligent chip cards are consistent with the sequence of the personalized information database arrangement in terms of the types of the cards;
s07: inputting the information of the batch of personalized information database into a card personalization machine, reading the non-personalized intelligent chip card identification codes sorted in the step S06 by the card personalization machine, and comparing and confirming the non-personalized intelligent chip card identification codes with the personalized information identification codes in the personalized information database to ensure the correctness of the sorting of the non-personalized intelligent chip cards in the step S06;
s08: if the ordering is correct, the card personalization machine writes the intelligent chip card which is not personalized in the step S06 into the information of the card holder according to the personalization information database information, and completes the personalization of the intelligent chip card; if the sorting is not correct, the non-personalized smart chip cards are placed into the sorting machine again, and the actions of the steps S06, S07 and S08 are repeated.
The identification code field information at least comprises a coding section and verification information, wherein the coding section is used for storing the type information of the intelligent chip card, and the verification information is used for verifying the coding information and preventing the coding information from being wrongly written into the chip.
The identification code field information is compiled by adopting a format of a BCD code or an ASC code or an HEX code.
In the present invention, the identification code in step S03 may be stored in at least an Answer To Reset (ATR) or Card Production Life Cycle (CPLC) or data Tag (Tag) area of the chip.
In the invention, the system A is an ERP system (Enterprise Resource Planning system), and the system B is a personal information management system, which is a high-security system for managing personal information of clients (card holders).
Compared with the traditional intelligent chip card processing method, the intelligent chip card processing method has the advantages that:
1. the method has the advantages that the identification code for identifying the card type is written in the intelligent chip card for the first time in the industry, the traditional bar code management is replaced in the process of classifying and packaging the cards in the box, and meanwhile, after the box chip card is split, the card type is prevented from being distinguished by manual means, the error rate of card type identification and the working intensity of staff are greatly reduced, and meanwhile, the card identification efficiency is greatly improved; the applicant adopts the method of the invention to process and produce the intelligent chip card in 2016 and 4 months, and by 4 months in 2017, the applicant produces about 8000 ten thousand intelligent chip cards in total, the time for identifying the card together with the card is not passed in the period, the identification accuracy rate of the card type reaches 100%, and production accidents caused by 2-3 card type identification errors occur every year before 2016;
2. the identification code is written in the chip of the intelligent chip card in the format of BCD code or ASC code or HEX code, and the identification code is read by the existing equipment, so that extremely high production and artificial benefits are created on the premise of not increasing the surface elements of the card body and not increasing the cost of additional equipment, and the cost-effectiveness ratio advantage is obvious;
3. compared with the traditional method, different orders need to be processed respectively for multiple times, the invention adopts the flexible personalized processing method, realizes personalized combination processing among different orders (particularly small orders), namely, processing a plurality of different types of intelligent chip cards which are not personalized in one task, and greatly improves the processing efficiency of card personalization; according to the tests, the applicant spends a total of 29 minutes using the conventional processing method in one personalization processing task for 20 orders (having 49 smart chip cards in total), and in contrast, spends a total of 4 minutes using the processing method of the present invention in another personalization processing task for the same 20 orders (having 87 smart chip cards) in total, i.e. the average personalization processing speed per smart chip card is 12.8 times that of the conventional processing method.
Drawings
FIG. 1 is a front view of a background art "Youyou business travel platinum credit card";
FIG. 2 is a front view of a "Youyue healthy platinum credit card" in the background art;
FIG. 3 is a main flow chart of the present invention.
Detailed Description
The method for automatically identifying and flexibly processing the intelligent chip card comprises the following steps:
s01: an identification code database is generated in an ERP system of the company, the identification code is field information used for identifying the type of the intelligent chip card, and the identification code field information is compiled by adopting a format of BCD (alternate use of ASC (system code) or HEX (high-level intelligence) codes);
s02: inputting the personalized information of the intelligent chip cards in the corresponding batch of orders into a personal information management system of the company, and generating a card holder personalized information database of the batch of orders in the personal information management system, wherein each piece of personalized information in the personalized information database comprises an identification code and card holder identity information which are used for identifying the type of the card required by a card holder and are matched with the identification code database;
s03: performing ATR (attenuated total reflection) verification on the blank chip card, wherein the verification is mainly used for verifying whether the chip has electrical characteristics or not and preventing the chip card with electrical characteristic defects from entering the next procedure in the packaging process;
s04: printing an identification code database identification code in an ERP system into a bar code, reading the identification code from the bar code by adopting a bar code reader, writing the identification code into an ATR area (also can be written into a CPLC or Tag area in a chip) in a chip of a corresponding type by utilizing an IC card reader-writer to form an intelligent chip card which is not personalized, and packaging and warehousing the intelligent chip cards which are not personalized and have the same type;
s05: reading the identification codes in the intelligent chip cards which are not personalized in the step S04 again by adopting an IC card reader-writer, and sorting out the corresponding quantity of the intelligent chip cards which are not personalized according to the quantity of the intelligent chip cards of each type contained in the batch of orders in the step S02;
s06, placing the intelligent chip cards which are not personalized and sorted in the step S05 into a card sorting machine, reading the identification codes in the intelligent chip cards which are not personalized by the card sorting machine, and identifying the types of the intelligent chip cards which are not personalized;
s07: inputting the personalized information database information of the batch into a card sorting machine, automatically searching and matching the identification code in each piece of personalized information with each piece of non-personalized intelligent chip card identification code read in the step S06 by the card sorting machine, and automatically sorting the cards according to the searched and matched information to ensure that the sorted non-personalized intelligent chip cards are consistent with the sequence of the personalized information database arrangement in terms of the types of the cards;
s08: inputting the information of the batch of personalized information database into a card personalization machine, reading the non-personalized intelligent chip card identification codes sorted in the step S07 by the card personalization machine, and comparing and confirming the non-personalized intelligent chip card identification codes with the personalized information identification codes in the personalized information database to ensure the correctness of the sorting of the non-personalized intelligent chip cards in the step S07;
s09: if the ordering is correct, the card personalization machine writes the intelligent chip card which is not personalized in the step S07 into the information of the card holder according to the personalization information database information, and completes the personalization of the intelligent chip card; if the sorting is not correct, the non-personalized smart chip cards are placed into the sorting machine again, and the actions of the steps S07, S08 and S09 are repeated.
In steps S01-S09, "flexible" is embodied in the combination of multiple tasks of the various chip cards, automatic identification of the identification code, card sequencing and personalization process, during the non-personalization and personalization process of the smart chip card.
In this embodiment, the blank chip card in step S03 is manufactured by the traditional processes of printing, pressing and chip packaging, or is purchased directly.
In this embodiment, the IC card reader/writer adopts german SCM-SDI010 non-contact and contact smart card readers, the card sorting machine adopts a smart LDT-GPX-7000 card sorting and sorting machine, and the card personalization machine adopts a Datacard 610mx 0 card issuing system.
Claims (4)
1. An automatic identification and flexible personalized processing method of an intelligent chip card is characterized by at least comprising the following steps:
s01: generating an identification code database in the system A, wherein the identification code is field information for identifying the type of the intelligent chip card;
s02: inputting the personalized information of the intelligent chip cards of the corresponding batch into a system B, and generating a personalized information database in the system B, wherein each piece of personalized information in the personalized information database at least comprises an identification code and cardholder identity information which are used for identifying the card type required by a cardholder and are matched with the identification code database;
s03: writing the identification code in the identification code database into a chip of the blank chip card to form an intelligent chip card which is not personalized;
s04: reading the identification codes in the intelligent chip cards which are not personalized in the step S03, and sorting out the corresponding quantity of the intelligent chip cards which are not personalized according to the quantity of the intelligent chip cards of each type required by the batch in the step S02;
s05, placing the intelligent chip cards which are not personalized and sorted in the step S04 into a card sorting machine, reading the identification codes in the intelligent chip cards which are not personalized by the card sorting machine, and identifying the types of the intelligent chip cards which are not personalized;
s06: inputting the personalized information database information of the batch into a card sorting machine, automatically searching and matching the identification code in each piece of personalized information with each piece of non-personalized intelligent chip card identification code read in the step S05 by the card sorting machine, and automatically sorting the cards according to the searched and matched information to ensure that the sorted non-personalized intelligent chip cards are consistent with the sequence of the personalized information database arrangement in terms of the types of the cards;
s07: inputting the information of the batch of personalized information database into a card personalization machine, reading the non-personalized intelligent chip card identification codes sorted in the step S06 by the card personalization machine, and comparing and confirming the non-personalized intelligent chip card identification codes with the personalized information identification codes in the personalized information database to ensure the correctness of the sorting of the non-personalized intelligent chip cards in the step S06;
s08: if the ordering is correct, the card personalization machine writes the intelligent chip card which is not personalized in the step S06 into the information of the card holder according to the personalization information database information, and completes the personalization of the intelligent chip card; if the sorting is incorrect, putting the intelligent chip cards which are not personalized into the sorting machine again, and repeating the actions of the steps S06, S07 and S08;
the flexibility is realized by the combination of multi-task multi-type chip cards of automatic identification of identification codes, card sequencing and personalized processing during the non-personalized and personalized processing of the intelligent chip cards.
2. The method for automatic identification and flexible personalization of smart chip cards according to claim 1, characterized in that: the identification code field information at least comprises a coding section and verification information, wherein the coding section is used for storing the type information of the intelligent chip card, and the verification information is used for verifying the coding information and preventing the coding information from being wrongly written into the chip.
3. The method for automatic identification and flexible personalization of smart chip cards according to claim 2, characterized in that: the identification code field information is written by adopting a format of a BCD code, an ASC code or an HEX code.
4. The method for automatic identification and flexible personalization of smart chip cards according to claim 1, characterized in that: in step S03, the identification code is stored in at least a storage location of a reset response (ATR) or a Card Production Life Cycle (CPLC) or a data Tag (Tag) in the chip.
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