CN101826164B - Chip card assembly and manufacturing method thereof - Google Patents
Chip card assembly and manufacturing method thereof Download PDFInfo
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- CN101826164B CN101826164B CN200910126339A CN200910126339A CN101826164B CN 101826164 B CN101826164 B CN 101826164B CN 200910126339 A CN200910126339 A CN 200910126339A CN 200910126339 A CN200910126339 A CN 200910126339A CN 101826164 B CN101826164 B CN 101826164B
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Abstract
The invention discloses a chip card assembly with encryption function and a manufacturing method thereof. The assembly comprises a body, at least one connecting part and at least one chip part which is detachably connected with the body through the connecting part and comprises at least one chip with encryption function, a nonvolatile memory, a first interface, a second interface and a control unit, wherein the first interface is connected with an external memory reading device, the second interface is connected with an external chip card reading device, and the control unit is electrically connected with the chip, the nonvolatile memory, the first interface and the second interface. The manufacturing method comprises the following steps of: wrapping a chip set unit by using a plastic injection part and forming the at least one connecting part and the body, wherein the body is detachably connected with the wrapped chip set unit through the connecting part; and inputting encrypted data and/or personalized data into the chip set unit by using multi-operating head equipment for massively producing intelligent cards. The invention provides diverse use of the chip card, and the manufacturing process for the chip card is simple and convenient compared with that of a common multimedia storage card.
Description
Technical field
The invention relates to a kind of chip card assembly and manufacturing approach thereof, particularly relevant for a kind of chip card assembly and manufacturing approach thereof with encryption function and wireless link function.
Background technology
The development and the utilization of chip card, smart card (Smart Card) process; Arrived the condition that suitable maturation is popularized; Particularly swindle group's wildness in recent years; Make government, enterprise quicken the conventional magnetic stripe card is replaced to chip card; Nowadays be that phonecard, health care card have been chip cards all, comprise that convenient ultra merchant's consumption stored value card also is a chip card, the rating of box of blocking, declare dutiable goods and manage on nature person's voucher card of being served, the video machine of the SIM (Subscriber Identity Module) in the mobile phone is subscribed to family identification card etc. and also all is.Very person is still arranged, and communications and transportation is taken and the EasyCard (Easy Card) of the usefulness of the paying of stopping, and all is with non-contacting induction type chip card.
So; Today chip card development priority; Technological from the electronic motor on basis; Transfer to that higher level flow process is integrated, professional integration, how to let the value maximizing the benefits of a chip card? Is how letting a chip card reach the most current suitable for? How to reduce the chip card number of everyone on one's body? But such problem has not been the electronic engineering aspect, but the infotech aspect; Or even commercial aspect, comprise format conversion that the connection of database, different industry form an alliance, intercommunication that transaction is checked, activity scheme, business model, payment by a share of the takings or the like.The progress of science and technology lets above-mentioned purpose realize one by one.
The product of another development same period of chip card, multimedia storage card also is widely used in the various common electronic products, such as digital camera, mobile phone and handheld navigation system etc.Its feature is the evolution along with programming technique, and its outward appearance may diminish to the size with nail, and storable data volume is with multiplication speed growth (now the main flow capacity has reached 16GB).Yet under the situation of producer crowd and harmful competition, this product has just like got into market, Red sea.Under nonprofit situation almost, gradually have on the market smart card and chip card are integrated, the demand that increases single deck tape-recorder usefulness occurs.
Novel patent M288420 discloses (asking for an interview Fig. 1) as TaiWan, China, and a kind of multimedia storage card with intelligent card chip card is an example.The aforementioned patent utilization has multimedia storage card now, in position adds the smart card fetch interface and gets (optimum person for Micro SD card).This invention brings the storage card user no small convenience, yet, as far as the manufacturer of general intelligence cake core card, on existing memory card specifications, add intelligent chip card group, not a nothing the matter.Especially for mini memory card, it makes worker's method all will apply to the wafer encapsulation technology, let alone will on its chip card, add personalized data.In addition, though that intelligent chip card microminiaturization brings the user is convenient, relative lacked many card areas, made antiforge function to perform on its surface, security is had a greatly reduced quality.Similarly invention also is shown in the TaiWan, China patent of invention and discloses No. 200608300 (asking for an interview Fig. 2).
Combination as for two cards; The design that helps that utilizes combined type storage card calculating punch is arranged; Like the novel patent M253083 of TaiWan, China (asking for an interview Fig. 3), also have chip card is looked the innovation of doing standalone module and being attached to memory module, like the novel patent M289513 of TaiWan, China (asking for an interview Fig. 4).Except the said small card of leading portion with make the complicated shortcoming, limited external linking interface also can't increase the value of its card.
Therefore, in order to solve above problem, the inventor has proposed appropriate feasible solution.A kind of assembly that many chip cards and storage card can be provided removes and can effectively exist with standard chips card pattern, strengthens antiforge function, also can take off its chip section simultaneously, uses as storage card.This card has more than one transmission interface simultaneously, effectively utilizes its short space.Simple for production, but also synchronous crypto-operation on chip card.
Summary of the invention
Can know that by prior art existing chip card and storage card so that when increasing its effect, have following problem in the process that combines:
1. undersized, can't effectively carry out false proof processing;
2. there is not suitable transmission interface;
3. manufacturing course is complicated; With
4. the individualized difficulty of encrypting.
Therefore, the present invention provides a kind of multifunctional chip card assembly for addressing the above problem, and comprising: a body; At least one connecting portion; And at least one chip section, be that removable modus ponens links through this connecting portion and body, this chip section comprises at least one chip with encryption function, has personal data; One nonvolatile memory; One first interface connects an external memory reading device; One second interface connects an external chip card reading device; An and control module; Be electrically connected on this chip, this nonvolatile memory, this first interface and this second interface; The instruction that execution is transmitted from the external memory reading device via this first interface; Read and write data in this chip or this nonvolatile memory, and carry out via this second interface, read and write data in chip with encryption function from the instruction that the external chip card reading device is transmitted.
The present invention is a kind of multifunctional chip card assembly in addition, comprising: a body; At least one connecting portion; And at least one chip section, be that removable modus ponens links through this connecting portion and body, this chip section comprises at least one chip with encryption function, has personal data; One nonvolatile memory; One first interface connects an external memory reading device; One second interface connects an external chip card reading device; One radio receiving transmitting module and a control module; Electrical ties has chip, this nonvolatile memory, this first interface, this second interface and this radio receiving transmitting module of encryption function in this; The instruction that execution is transmitted from the external memory reading device via this first interface; Read and write data in this have encryption function chip or this nonvolatile memory, carry out the instruction of being transmitted from the external chip card reading device via this second interface; Read and write data in chip, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface or second interface with encryption function.
The present invention is a kind of multifunctional chip card assembly in addition, comprising: a body; At least one connecting portion; And at least one chip section, be that removable modus ponens links through this connecting portion and body, this chip section comprises a nonvolatile memory; One first interface connects an external memory reading device; One radio receiving transmitting module; An and control module; Electrical ties is in this chip, this nonvolatile memory, this first interface and this radio receiving transmitting module; The instruction that execution is transmitted from the external memory reading device via this first interface; Read and write data in this nonvolatile memory, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface.
According to this case conception, wherein this body, at least one connecting portion and at least one chip section are one of the forming, and this chip section can be taken off through this connecting portion that fractures.
According to this case conception, wherein this body exterior is of a size of the standard credit card size.
According to this case conception, wherein this chip section profile is as the profile of Micro SD (Secure Digital) card.
According to this case conception, wherein this nonvolatile memory be flash memory (Flash Memory) or the program read-only memory of can electric formula erasing (Electrically-Erasable Programmable Read-Only Memory, EEPROM).
According to this case conception, wherein this first interface meets Micro SD card fetch interface specification.
According to this case conception, wherein this second interface meets smart card fetch interface specification.
According to this case conception, wherein this chip section further can form and build at least one chip and the Micro SD card of having its fetch interface specification with encryption function in one.
According to this case conception, wherein this chip section further can be built at least one chip and the Micro SD card of having its fetch interface specification with encryption function through being placed in to form in the conversion equipment in one.
The present invention provides a kind of manufacturing approach of multifunctional chip card assembly in addition; Comprise: penetrate part with plastics and coat a chipset unit and form an a junction and a body at least, this body is that removable modus ponens links through this connecting portion and the chipset unit that is coated; With many work head equipment of volume production smart card, in enciphered data and/or this chipset unit of personal data input; And will be made on this chipset unit corresponding to the product serial number of personal data; This chipset unit wherein, comprise: at least one chip with encryption function has personal data; One nonvolatile memory; One first interface connects an external memory reading device; One second interface connects an external chip card reading device; An and control module; Electrical ties has chip, this nonvolatile memory, this first interface and this second interface of encryption function in this; In order to carry out the instruction of being transmitted from the external memory reading device via this first interface; Reading and writing data has chip or this nonvolatile memory of encryption function in this, and carries out via this second interface from the instruction that the external chip card reading device is transmitted, and reading and writing data has the chip of encryption function in this.
The present invention provides a kind of manufacturing approach of multifunctional chip card assembly in addition; Comprise: penetrate part with plastics and coat a chipset unit and form an a junction and a body at least, this body is that removable modus ponens links through this connecting portion and the chipset unit that is coated; With many work head equipment of volume production smart card, in enciphered data and/or this chipset unit of personal data input; And will be made on this chipset unit corresponding to the product serial number of personal data; Wherein this chipset unit comprises at least one chip with encryption function, has personal data; One nonvolatile memory; One first interface is in order to connect the external memory reading device; One second interface is in order to connect the external chip card reading device; Radio receiving transmitting module; An and control module; Electrical ties has chip, this nonvolatile memory, this first interface, this second interface and this radio receiving transmitting module of encryption function in this; The instruction that execution is transmitted from the external memory reading device via this first interface; With read and write data in this have encryption function chip or this nonvolatile memory, carry out the instruction of being transmitted from the external chip card reading device via this second interface; Read and write data in chip, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface or second interface with encryption function.
The present invention provides a kind of manufacturing approach of multifunctional chip card assembly in addition; Comprise: penetrate part with plastics and coat a chipset unit and form an a junction and a body at least, this body is that removable modus ponens links through this connecting portion and the chipset unit that is coated; With many work head equipment of volume production smart card, in enciphered data and/or this chipset unit of personal data input; And will be made on this chipset unit corresponding to the product serial number of personal data; This chipset unit wherein, comprise: at least one chip with encryption function has personal data; One nonvolatile memory; One first interface connects the external memory reading device; Radio receiving transmitting module; An and control module; Electrical ties is in this nonvolatile memory, first interface and radio receiving transmitting module; The instruction that execution is transmitted from the external memory reading device via this first interface; Read and write data in this nonvolatile memory, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface.
According to this case conception, wherein this body exterior is of a size of the standard credit card size.
According to this case conception, wherein outside this chipset unit just as the profile of Micro SD card.
According to this case conception, wherein this nonvolatile memory be flash memory (Flash Memory) or the program read-only memory of can electric formula erasing (Electrically-Erasable Programmable Read-Only Memory, EEPROM).
According to this case conception, wherein this first interface meets Micro SD (Secure Digital) card fetch interface specification.
According to this case conception, wherein this second interface meets smart card fetch interface specification.
According to this case conception, wherein this method that will be made on this chipset unit corresponding to the product serial number of personal data is laser engraving method, ink-jet method and color printing method.
Beneficial effect of the present invention is that the present invention can provide the assembly of many chip cards and storage card, removes effectively to exist with standard chips card pattern, strengthens antiforge function, also can take off its chip section simultaneously, uses as storage card.This card has more than one transmission interface simultaneously, effectively utilizes its short space.Simple for production, but also synchronous crypto-operation on chip card.The manufacturing approach of multifunctional chip card assembly of the present invention is easy, is beneficial to batch process.
Description of drawings
Shown in Figure 1 is a kind of prior art with storage card of intelligent chip card;
The prior art that has the storage card of intelligent chip card for another kind shown in Figure 2;
Shown in Figure 3 is a kind of prior art with intelligent chip card and the two draw-in groove calculating punches of storage card;
The prior art that is a kind of through connector combined with intelligent cake core card and storage card shown in Figure 4;
Shown in Figure 5 is the outside drawing of first embodiment of multifunctional chip card assembly of the present invention;
Shown in Figure 6 is the assembly calcspar of first embodiment of multifunctional chip card assembly of the present invention;
Shown in Figure 7 is the making process flow diagram of first embodiment of multifunctional chip card assembly of the present invention;
Shown in Figure 8 is the assembly calcspar of second embodiment of multifunctional chip card assembly of the present invention;
Shown in Figure 9 is the outside drawing of the 3rd embodiment of multifunctional chip card assembly of the present invention;
Shown in Figure 10 is the assembly calcspar of the 3rd embodiment of multifunctional chip card assembly of the present invention;
Shown in Figure 11 is the outside drawing of the 4th embodiment of multifunctional chip card assembly of the present invention;
Outside drawing for body among the 4th embodiment of multifunctional chip card assembly of the present invention shown in Figure 12.
Description of reference numerals:
10-multifunctional chip card assembly; The 102-body; The 104-connecting portion; The 106-chip section; 1062-MicroSD card read-write interface; 1064-smart card read-write interface; The 1066-control chip; The 1067-flash memory; The 1068-chip; The 108-sequence number; The 206-chip section; 2062-Micro SD card read-write interface; The 2063-AGPS radio receiving transmitting module; 2064-smart card read-write interface; The 2066-control chip; The 2067-flash memory; The 2068-chip; 30-multifunctional chip card assembly; The 302-body; The 304-connecting portion; The 306-chip section; 3061-Micro SD card read-write interface; 3062-reads and writes assembly; The 3063-AGPS radio receiving transmitting module; 3064-smart card read-write interface; The 3066-control chip; The 3067-flash memory; The 3068-chip; The 307-converter; The 308-sequence number; 40-multifunctional chip card assembly; The 402-body; The 4022-teat; The 404-connecting portion; The 406-chip section; 4062-smart card read-write interface.
Embodiment
The present invention is through four embodiment explanations.
First embodiment
Ask for an interview Fig. 5 to Fig. 7.One multifunctional chip card assembly 10 uses as convenience store Stored Value consumption card.On the profile, have one with credit card with body 102, the chip section 106 of apparent size and be connected 3 connecting portions 104 of body 102 and chip section 106.The outward appearance of this chip section 106 is similar with a Micro SD card, the smart card read-write interface 1064 that its surface has a Micro SD card read-write interface 1062 and supplies Stored Value consumption to use.Chip section 106 is connected for removable modus ponens through connecting portion 104 and this body 102, can reach the purpose (promptly can be used as independent Micro SD card) of taking off the independence use through 3 connecting portions 104 that fracture.The sequence number 108 that one group of laser engraving is arranged on this chip section.
The structure composition of chip section 106 is asked for an interview Fig. 6.One control chip 1066 is arranged in it, and electrical ties is to this MicroSD card read-write interface 1062, smart card read-write interface 1064, a nonvolatile memory, with the chip 1068 that the smart card service is provided and has encryption function.This nonvolatile memory 1067 can be flash memory (FlashMemory) or erasable remove the formula program read-only memory (Electrically-Erasable ProgrammableRead-Only Memory, EEPROM).This chip 1068 has personal data.This control chip 1066 is carried out the instruction of being transmitted from outside calculating punch (not illustrating) via Micro SD card read-write interface 1062; To read and write data in flash memory 1067 or chip 1068; And can carry out the instruction of being transmitted from external chip card calculating punch via smart card read-write interface 1064, to read and write data in chip 1068.
Here, encryption function refers to and can store one group of control password in the chip 1068, and the data in extraneous signal is wanted read-write chip 1068 must must be checked this control password earlier.If the password that wherein write down not in the read machine multifunctional chip card assembly 10 outside login or pattern be not inconsistent, represent that then this multifunctional chip card assembly 10 authorizes for former authorized organization, and then inefficacy.
This routine employed manufacture is asked for an interview Fig. 7.Utilize the plastics method of radiation; ABS (Acrylonitrile-Butadiene-Styrene) resin is penetrated partly to coat printed circuit board (PCB) combination (PCBA; Printed Circuit Board Assembly) (Micro SD card read-write interface 1062 and smart card read-write interface 1064 do not coat); Like step S01, this printed circuit board (PCB) combination has control chip 1066, Micro SD card read-write interface 1062, smart card read-write interface 1064, flash memory 1067 and chip 1068.At this moment,, place in many work head equipment of volume production smart card, enciphered data is imported (step S02) in the chip 1068 chip card of ejection formation.The advantage of this step is to utilize the pattern of working continuously of a full-automation, and the individual, encrypted data are imported in the chip in regular turn.At last, in the sequence number 108 (step S03) of card fixed point laser engraving corresponding to this enciphered data.As for the operation that will in the hybrid card of storage card or chip card and storage card, add identical data at present, because of encapsulation process is complicated, still can't effectively utilize one-body molded technology and the mode of working continuously to add enciphered data, the present invention does not then have this puzzlement when volume production.
Second embodiment
Ask for an interview Fig. 8.Because of outward appearance and the production method of second embodiment are described with first embodiment, so do not give unnecessary details in this.Its different place; This example is the paying chip card that supplies popular riding public transportation means; Can pass through simultaneously the auxiliary of AGPS (Assisted Global Positioning System), demonstration passenger position on mobile phone screen at any time, and can with the passenger the route of process be embedded in the internal memory.
Therefore, a control chip 2066 is arranged in the chip section 206, these control chip 2066 electrical ties to this Micro SD card read-write interface 2062, an AGPS radio receiving transmitting module 2063, smart card read-write interface 2064, a flash memory 2067, with a chip 2068.This chip 2068 provides the smart card service and has encryption function, has personal data.This control chip 2066 is carried out the instruction of being transmitted from outside calculating punch (not illustrating) via Micro SD card read-write interface 2062; To read and write data in flash memory 2067 or chip 2068, to carry out the instruction of being transmitted from external chip card calculating punch via smart card read-write interface 2064; To read and write data in chip 2068, and to transmit the instruction transmitted via this AGPS radio receiving transmitting module 2063 to this Micro SD card read-write interface 2062 or smart card read-write interface 2064, to be passed to this information of handset processes.
The 3rd embodiment
Ask for an interview Fig. 9 and Figure 10.This example describe one through converter to reach and existing multimedia storage card calculating punch multifunctional chip card assembly in succession.Similar second embodiment on the function is the paying chip card that supplies popular riding public transportation means, simultaneously can be through AGPS auxiliary, on mobile phone screen, show the passenger position at any time, and can with the passenger the route of process be embedded in the internal memory.Its difference is that this example only needs a fetch interface to get final product.
One multifunctional chip card assembly 30, have one with credit card with the body 302 of apparent size, chip section 306, be connected to form the converter 307 of standard Micro SD external form with chip section 306, and connect three connecting portions 304 of body 302 and chip section 306.The smart card read-write interface 3064 that these converter 307 surfaces have a Micro SD card read-write interface 3061 and supply Stored Value consumption to use.Chip section 306 can reach through three connecting portions 304 that fracture takes off purpose, the helping to be used as independently Micro SD card of mat converter 307.The sequence number 308 that one group of ink-jet or color printing are arranged on this chip section 306.
The structure composition of chip section 306 is asked for an interview Figure 10.One control chip 3066 is arranged, electrical ties to read-write assembly 3062 (and then link with this converter 307), an AGPS radio receiving transmitting module 3063, a flash memory 3067 and a chip 3068 in it.This chip 3068 provides the smart card service and has encryption function, has personal data.This control chip 3066 is carried out the instruction of being transmitted from converter 307 via read-write assembly 3062; To read and write data in flash memory 3067 or chip 3068; And transmit the instruction transmitted via this AGPS radio receiving transmitting module 3063 to this read-write assembly 3062, through converter 307 to be passed to this information of handset processes.
This routine advantage is that different converter form capable of using connects different multimedia interfaces, for example MS (Memory Stick) card.In addition, this routine manufacture also is formed in one (but not containing converter 307), and manufacture process repeats no more.
The 4th embodiment
Ask for an interview Figure 11 and Figure 12.This example is described the chip section of a multifunctional chip card assembly and the special mode of connection of linking part.This example not only can let this chip card take off from its body arbitrarily, also can reinstall to the location, is difficult for causing card to lose.But body and its chip section need to make separately.
One multifunctional chip card assembly 40 (referring to Figure 11) uses as convenience store Stored Value consumption card.On the external form, have with credit card with a body 402, the chip section 406 that comprises in it of apparent size and be connected the connecting portion 404 of body 402 and chip section 406.The outward appearance of this chip section 406 is similar with a Micro SD card, and function repeats no more so it forms structure with first embodiment.Its connecting portion 404 is to utilize two PVC (Polyvinyl Chloride, PVC) film, is attached at just (towards reader's direction) anti-(towards paper orientation, not illustrating) two sides of body 402, and in positive hollow out two parts so that installing chip portion 406.When chip section 406 was packed connecting portion 404 into, the smart card read-write interface 4062 on the chip section 406 can be exposed to outside the film, was convenient to calculating punch (not illustrating) and read and write data.Body 402 utilizes one of which teat 4022 (referring to Figure 12), fixing this chip section 406.And desire is taken out chip section 406, only needs to get final product with finger extruding connecting portion 404 back side PVC films, and is quick and convenient.
Above embodiment is merely preferred embodiment of the present invention, and it is illustrative for the purpose of the present invention, and nonrestrictive.Those skilled in the art carries out conversion, modification even equivalence to it under the situation that does not exceed spirit and scope of the invention, these changes all can fall into claim protection domain of the present invention.
Claims (20)
1. a multifunctional chip card assembly is characterized in that, comprising:
One body;
At least one connecting portion; And
At least one chip section is that removable modus ponens links through this connecting portion and body, and this chip section comprises
At least one chip with encryption function has personal data;
One nonvolatile memory;
One first interface connects an external memory reading device;
One second interface connects an external chip card reading device; And
One control module; Electrical ties is in this chip, this nonvolatile memory, this first interface and this second interface; This control module is carried out the instruction of being transmitted from an outside internal memory reading device via this first interface; Read and write data in this chip or this nonvolatile memory, and carry out via this second interface, read and write data in this chip from the instruction that an outside chip card reading device is transmitted.
2. a multifunctional chip card assembly is characterized in that, comprising:
One body;
At least one connecting portion; And
At least one chip section is that removable modus ponens links through this connecting portion and body, and this chip section comprises
At least one chip with encryption function has personal data;
One nonvolatile memory;
One first interface connects an external memory reading device;
One second interface connects an external chip card reading device;
One radio receiving transmitting module reaches
One control module; Electrical ties is in this chip, this nonvolatile memory, this first interface, this second interface and this radio receiving transmitting module; In order to carry out the instruction of being transmitted from an external memory reading device via this first interface; Read and write data in this chip or this nonvolatile memory, carry out the instruction of being transmitted from an external chip card reading device via this second interface; Read and write data in this chip, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface or second interface.
3. a multifunctional chip card assembly is characterized in that, comprising:
One body;
At least one connecting portion; And
At least one chip section is that removable modus ponens links through this connecting portion and body, and this chip section comprises
At least one chip with encryption function has personal data;
One nonvolatile memory;
One first interface connects an external memory reading device;
One radio receiving transmitting module; And
One control module; Electrical ties is in this chip, this nonvolatile memory, this first interface and this radio receiving transmitting module; In order to carry out the instruction of being transmitted from the external memory reading device via this first interface; Reading and writing data, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface in this chip or this nonvolatile memory.
4. according to claim 1,2 or 3 chip card assembly, it is characterized in that this body, at least one connecting portion and at least one chip section are one of the forming, this chip section can be taken off through this connecting portion that fractures.
5. according to claim 1,2 or 3 chip card assembly, it is characterized in that this body exterior is of a size of the standard credit card size.
6. according to claim 1,2 or 3 chip card assembly, it is characterized in that this chip section profile is as the profile of Micro SD card.
7. according to claim 1,2 or 3 chip card assembly, it is characterized in that this nonvolatile memory is flash memory or the erasable formula program read-only memory that removes.
8. according to claim 1,2 or 3 chip card assembly, it is characterized in that this first interface meets MicroSD card fetch interface specification.
9. according to the chip card assembly of claim 1 or 2, it is characterized in that this second interface meets smart card fetch interface specification.
10. according to claim 1,2 or 3 chip card assembly, it is characterized in that this chip section further can form the chip of building at least one tool encryption function in one and Micro SD card with its fetch interface specification.
11., it is characterized in that this chip section further can form the chip of building at least one tool encryption function in one and Micro SD card with its fetch interface specification through being placed in the conversion equipment according to claim 1,2 or 3 chip card assembly.
12. the manufacturing approach of a multifunctional chip card assembly is characterized in that, comprising:
Penetrate part with plastics and coat a chipset unit and form an a junction and a body at least, this body links through this connecting portion and the removable modus ponens in the chipset unit that is coated;
With many work head equipment of volume production smart card, in enciphered data and/or this chipset unit of personal data input; And
To be made on the smart card assembly corresponding to the product serial number of personal data;
This chipset unit wherein comprises:
At least one chip with encryption function has personal data;
One nonvolatile memory;
One first interface connects an external memory reading device;
One second interface connects an external chip card reading device; And
One control module; Electrical ties is in this chip, this nonvolatile memory, this first interface and this second interface; The instruction that execution is transmitted from the external memory reading device via this first interface; Read and write data in this chip or this nonvolatile memory, and carry out via this second interface, read and write data in this chip from the instruction that the external chip card reading device is transmitted.
13. the manufacturing approach of a multifunctional chip card assembly is characterized in that, comprising:
Penetrate part with plastics and coat a chipset unit and form an a junction and a body at least, this body links through this connecting portion and the removable modus ponens in the chipset unit that is coated;
With many work head equipment of volume production smart card, in enciphered data and/or this chipset unit of personal data input; And
To be made on the smart card assembly corresponding to the product serial number of personal data;
This chipset unit wherein comprises:
At least one chip with encryption function has personal data;
One nonvolatile memory;
One first interface connects an external memory reading device;
One second interface connects an external chip card reading device;
Radio receiving transmitting module; And
One control module; Electrical ties is in this chip, this nonvolatile memory, this first interface, this second interface and this radio receiving transmitting module; Execution, reads and writes data in this chip or this nonvolatile memory from the instruction that the external memory reading device is transmitted via this first interface, carries out the instruction of being transmitted from the external chip card reading device via this second interface; Read and write data in this chip, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface or second interface.
14. the manufacturing approach of a multifunctional chip card assembly is characterized in that, comprising:
Penetrate part with plastics and coat a chipset unit and form an a junction and a body at least, this body links through this connecting portion and the removable modus ponens in the chipset unit that is coated;
With many work head equipment of volume production smart card, in enciphered data and/or this chipset unit of personal data input; And
To be made on the smart card assembly corresponding to the product serial number of personal data;
This chipset unit wherein comprises:
At least one chip with encryption function has personal data;
One nonvolatile memory;
One first interface connects an external memory reading device;
Radio receiving transmitting module; And
One control module; Electrical ties is in this chip, this nonvolatile memory, this first interface and this radio receiving transmitting module; The instruction that execution is transmitted from the external memory reading device via this first interface; Read and write data in this nonvolatile memory, and transmit via instruction that this radio receiving transmitting module transmitted to this first interface.
15., it is characterized in that this body exterior is of a size of the standard credit card size according to claim 12,13 or 14 manufacturing approach.
16. according to claim 12,13 or 14 manufacturing approach, it is characterized in that, outside this chipset unit just as the profile of Micro SD card.
17., it is characterized in that this nonvolatile memory is the flash memory or the program read-only memory of can electric formula erasing according to claim 12,13 or 14 manufacturing approach.
18., it is characterized in that this first interface meets Micro SD card fetch interface specification according to claim 12,13 or 14 manufacturing approach.
19. the manufacturing approach according to claim 12 or 13 is characterized in that, this second interface meets smart card fetch interface specification.
20., it is characterized in that the method that will be made in corresponding to the product serial number of personal data on the smart card assembly is laser engraving method, ink-jet method or color printing method according to claim 12,13 or 14 manufacturing approach.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910126339A CN101826164B (en) | 2009-03-03 | 2009-03-03 | Chip card assembly and manufacturing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910126339A CN101826164B (en) | 2009-03-03 | 2009-03-03 | Chip card assembly and manufacturing method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101826164A CN101826164A (en) | 2010-09-08 |
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| KR101107790B1 (en) * | 2010-05-19 | 2012-01-20 | 에스케이씨앤씨 주식회사 | Micro sd apparatus which is installed a smart card |
| US8909556B2 (en) | 2011-07-20 | 2014-12-09 | Visa International Service Association | Security gateway communication |
| US9426127B2 (en) | 2012-05-02 | 2016-08-23 | Visa International Service Association | Small form-factor cryptographic expansion device |
| CN107632866B (en) * | 2017-08-11 | 2020-06-16 | 记忆科技(深圳)有限公司 | Expandable flash memory mass production device |
| JP7284796B2 (en) * | 2020-10-30 | 2023-05-31 | 銓安智慧科技股▲分▼有限公司 | Secure memory card and its control method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2771935Y (en) * | 2005-02-05 | 2006-04-12 | 卢伟 | Smart card for digital input-output interface |
| WO2008069425A1 (en) * | 2006-12-06 | 2008-06-12 | Electronics And Telecommunications Research Institute | Data storage device having smart card based copy protection function, and method for storing and transmitting data thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2771935Y (en) * | 2005-02-05 | 2006-04-12 | 卢伟 | Smart card for digital input-output interface |
| WO2008069425A1 (en) * | 2006-12-06 | 2008-06-12 | Electronics And Telecommunications Research Institute | Data storage device having smart card based copy protection function, and method for storing and transmitting data thereof |
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