CN201229582Y - System for publishing smart card with USB interface - Google Patents
System for publishing smart card with USB interface Download PDFInfo
- Publication number
- CN201229582Y CN201229582Y CNU2008200800986U CN200820080098U CN201229582Y CN 201229582 Y CN201229582 Y CN 201229582Y CN U2008200800986 U CNU2008200800986 U CN U2008200800986U CN 200820080098 U CN200820080098 U CN 200820080098U CN 201229582 Y CN201229582 Y CN 201229582Y
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Abstract
The utility model relates to a system that is used for issuing the intelligent card with USB interface, and relates to the technical field of the intelligent card. The system includes an issuing device and a computer. The computer is provided with a PC/SC read-write program. The issuing device includes a multi-port USB concentrator, a multi-port ISO/IEC7816 read-writer, an intelligent-card slot, a running-status indication lamp, a time clock part, a card insertion detection device and a USB cable with a plug. Compared with the prior art, the system is applicable to the issuance of the large card and the small card. The system is connected with the computer to work, so that the safety and the efficiency of the data are ensured, thereby improving the read-write and issuing efficiency of the large-capacity SIM and even the large-capacity intelligent card.
Description
Technical field
The utility model relates to technical field of intelligent card, especially for the system of distribution band USB (Universal Serial Bus, USB (universal serial bus)) Interface Smart Card.
Background technology
Along with the upgrading of the market demand, begun to be applied for the smart card with large capacity of representative in industries such as telecommunications with high-capacity SIM (SubscriberIdentification Module, subscriber identification module).Because the increase of function number of modules in chip area and the card, most high-capacity SIMs directly are packaged into lesser calorie, be the ID-000 type card of ISO/IEC 7810 identification cards-physical features (ISO/IEC 7810 Identification Cards-PhysicalCharacteristics) regulation, cause to adopt band batch processing mode to carry out hair fastener at smart card module.
Existing high-capacity SIM hair fastener mode is generally the manual intelligent card read/write device that single card insertion is linked to each other with computing machine, and by instruction the target machine sign indicating number is write nonvolatile storage in the card by computer terminal smart card read-write program.Obviously, the efficient of similar scheme is very low, is unfavorable for the batch process distribution of smart card with large capacity.On the other hand, because the expansion in card stored space, smart card with large capacity generally all has multiple communication interface, except that the serial port that the integrated circuit card (ISO/IEC 7810 IdentificationCards-Integrated Circuit (s) Cards with Contacts) of ISO/IEC7816 identification card-contact-carrying is stipulated, USB and (or) MMC (Multi-Media Card, multimedia card) interface also taken in wherein.Therefore, to not only compatible conventional I SO/IEC 7816 serial line interfaces but also the demand of smart card with large capacity read-write, distribution device and method thereof of supporting the novel high speed interface with extremely urgent.
In the prior art, Chinese patent CN 1255744C, name is called has introduced a kind of general smart card card sender and hair fastener method thereof in " runner assembly of modular integrated circuit processor ", but, after occurring, band USB interface smart card can't utilize the high advantage of USB speed to carry out hair fastener because this card sender is only supported ISO/IEC 7816 communication interfaces.In addition, because most USB interface smart cards are packaged into ID-000 type lesser calorie, conventional needle can not transmit this class lesser calorie to the card travelling belt of ID-1 type kilocalorie design on streamline.Moreover, the safe and effective property of data is protected during for hair fastener, adopt APDU (Application ProtocolData Unit, Application Protocol Data Unit) writing card is to select comparatively reliably, thereby need to control the band USB interface smart card of following USB CCID standard with the PC/SC read-write program, and the PC/SC read-write program need move under on computers the operating systems such as Windows, above-mentioned patented technology can't with computer interconnection work hair fastener.
Summary of the invention
In order to solve above-mentioned the deficiencies in the prior art, the purpose of this utility model provides a kind of system that is used to issue band USB interface smart card.It is applicable to the distribution of kilocalorie and lesser calorie, by with computer interconnection work, guaranteed the safe and effective property of data, improved read-write, the distribution efficient of high-capacity SIM and even smart card with large capacity.
In order to reach the foregoing invention purpose, the technical solution of the utility model realizes as follows:
A kind of system that is used to issue band USB interface smart card, it comprises distribution device and computing machine.Its design feature is that the PC/SC read-write program has been installed on the described computing machine.Described distribution device comprises that multiport usb hub, multiport ISO/IEC 7816 read write lines, smart card slot, running LED, clock source device, card insert the USB cable of pick-up unit and band plug.The plug of described USB cable is connected with the usb hub downlink port of computing machine, and the other end of USB cable is connected to the uplink port of multiport usb hub.The up USB interface of multiport ISO/IEC 7816 read write lines is connected with a downlink port of multiport usb hub, and descending ISO/IEC 7816 interfaces of multiport ISO/IEC 7816 read write lines are connected with a plurality of pins on the smart card slot.A plurality of pins of smart card slot are connected with multiport usb hub downlink port.Clock source device is connected with the multiport usb hub.Card inserts pick-up unit and multiport ISO/IEC 7816 read write lines connect into one-way communication.Running LED is connected with multiport ISO/IEC 7816 read write lines.
In said system, a plurality of downlink ports of described multiport usb hub and uplink port are supported a kind of in high speed, full speed or the low speed speed of USB normalized definition respectively.
In said system, described multiport ISO/IEC 7816 read write lines are the CCID of band USB uplink port, and its upstream rate is a kind of in high speed, full speed or the low speed speed of USB normalized definition.Multiport ISO/IEC 7816 read write lines are equipped with a plurality of ISO/IEC 7816 slots, each slot is equipped with ISO/IEC 7816 main interfaces, and slot supports ID-000 type, ID-1 type, ID-2 type or the ID-3 type card of ISO/IEC7810 normalized definition to insert.
In said system, described smart card slot has a plurality of, is divided into little draw-in groove two classes that are used to insert the big draw-in groove of the big card of ID-1 type and are used to insert the little card of ID-000 type.Eight pins are arranged on the smart card slot, pin one for power supply, pin two for reset, pin three is program voltage V for USB D+, pin five for ground, pin six for clock, pin four
PP, pin seven be serial i O, pin eight for USB D-.Descending ISO/IEC 7816 interfaces of multiport ISO/IEC 7816 read write lines are connected with pin one, pin two, pin three, pin five and pin seven on the smart card slot by ISO/IEC 7816 lines.Pin one on the smart card slot, pin five, pin four and pin eight by USB cable respectively with the power supply of multiport usb hub downlink port,, USB D+ is connected with USB D-pin.
In said system, described running LED and smart card slot correspond to one one by one to a plurality of.The job information of representing the smart card slot related by the state of each running LED with it.
In said system, described clock source device adopts no source crystal or active crystal oscillator form.The clock frequency of clock source device meets the required clock frequency requirement of communication speed of USB normalized definition.
In said system, whether described card inserts pick-up unit has card to insert by its residing smart card slot of physical signalling inspection, and sends detected card insertion information to multiport ISO/IEC 7816 read write lines by the IO line.
In said system, the speed of described USB cable support is a kind of in high speed, full speed or the low speed speed of USB normalized definition.
In said system, described PC/SC read-write program is supported many cards and many CCID operation, can read and write and support with the batch processing of script realization to each sheet smart card the multi-disc smart card on the same CCID and a plurality of CCID.
The utility model is owing to adopted above-mentioned structure, no matter the smart card of band USB interface is operated in the USB pattern still is the ISO/IEC7816 pattern, all can be used as the smart card that has inserted in the CCID draw-in groove is controlled by computer terminal PC/SC program, the USB communication of CCID and intercomputer can improve traffic rate, has guaranteed safety of data and validity.Simultaneously, the utility model system can disposablely finish the batch processing of multi-disc band USB interface smart card, has improved the efficient of read-write, distribution.
Below in conjunction with the drawings and specific embodiments the utility model is described further.
Description of drawings
Fig. 1 is the structural representation of the utility model system distribution device;
Fig. 2 is the pinouts of the utility model system intelligence card slot;
Fig. 3 is the outside drawing of the utility model system distribution device among the embodiment;
Fig. 4 is system's line graph that the smart card of band USB interface among the embodiment is operated in the USB pattern;
Fig. 5 is system's line graph that the smart card of band USB interface among the embodiment is operated in ISO/IEC 7816 patterns;
Fig. 6 is system's line graph that the smart card of band USB interface among the embodiment is operated in mixed mode;
Fig. 7 is the workflow diagram of the utility model system.
Embodiment
Referring to Fig. 1 to Fig. 3, the utility model system comprises distribution device and the computing machine of PC/SC read-write program has been installed.The PC/SC read-write program is supported many cards and many CCID operation, can read and write and support with the batch processing of script realization to each sheet smart card the multi-disc smart card on the same CCID and a plurality of CCID.Distribution device comprises that multiport usb hub 1, multiport ISO/IEC 7816 read write lines 2, smart card slot 3, running LED 4, clock source device 5, card insert the USB cable 7 of pick-up unit 6 and band plug.The plug of USB cable 7 is connected with the usb hub downlink port of computing machine, and the other end of USB cable 7 is connected to the uplink port of multiport usb hub 1.The up USB interface of multiport ISO/IEC 7816 read write lines 2 is connected with a downlink port of multiport usb hub 1.Smart card slot 3 has a plurality of, is divided into little draw-in groove two classes that are used to insert the big draw-in groove of the big card of ID-1 type and are used to insert the little card of ID-000 type.Eight pins are arranged on the smart card slot 3, pin one C1 be power supply, pin two C2 for reset, pin three C3 are clock, pin four C4 are USB D+, pin five C5 are program voltage V for ground, pin six C6
PP, pin seven C7 be serial i O, pin eight C8 be USB D-.Descending ISO/IEC 7816 interfaces of multiport ISO/IEC 7816 read write lines 2 are connected with pin one C1, pin two C2, pin three C3, pin five C5 and pin seven C7 on the smart card slot 3.Pin one C1 of smart card slot 3, pin five C5, pin four C4 and pin eight C8 respectively with the power supply of multiport usb hub 1 downlink port,, USB D+ is connected with USB D-pin.Clock source device 5 is connected with multiport usb hub 1.Card inserts pick-up unit 6 and is connected one-way communication with multiport ISO/IEC 7816 read write lines 2.Running LED 4 is connected with multiport ISO/IEC 7816 read write lines 2.A plurality of downlink ports of multiport usb hub 1 and uplink port are supported a kind of in high speed, full speed or the low speed speed of USB normalized definition respectively.Multiport ISO/IEC 7816 read write lines 2 are the CCID of band USB uplink port, and its upstream rate is a kind of in high speed, full speed or the low speed speed of USB normalized definition.Multiport ISO/IEC7816 read write line 2 is equipped with a plurality of ISO/IEC 7816 slots, each slot is equipped with ISO/IEC 7816 main interfaces, and slot supports ID-000 type, ID-1 type, ID-2 type or the ID-3 type card of ISO/IEC 7810 normalized definitions to insert.Running LED 4 and card insertion pick-up unit 6 correspond to one group one by one with smart card slot 3 and organize at the most, represent the job information of the smart card slot 3 related with it by the state of each running LED 4.Clock source device 5 adopts no source crystal or active crystal oscillator form; The clock frequency of clock source device 5 meets the required clock frequency requirement of communication speed of USB normalized definition.Whether card inserts pick-up unit 6 has card to insert by its residing smart card slot 3 of physical signalling inspection, and sends detected card insertion information to multiport ISO/IEC 7816 read write lines 2 by the IO line.The speed that USB cable 7 is supported is a kind of in high speed, full speed or the low speed speed of USB normalized definition.
To issue 8 (containing) following band USB interface intelligence is example, after 8 band USB interface smart cards all insert the smart card slot 3 of distribution device, 3 kinds of connection modes may occur: connection mode one (referring to Fig. 4):
8 sheet smart cards are all as downlink port # 1～#8 and the computing machine communication of CCID by multiport usb hub 1 on the distribution device;
Connection mode two (referring to Fig. 5):
8 sheet smart cards all insert the #1～#8 draw-in groove of multiport ISO/IEC 7816 read write lines 2 as smart card, multiport ISO/IEC 7816 read write lines 2 are again by multiport usb hub 1 downlink port # 0 and computing machine communication;
Connection mode three (referring to Fig. 6):
Partly smart card as CCID by the usb hub of the many downlink ports on the distribution device 1 downlink port and computing machine communication; The remaining draw-in groove that partly inserts multiport ISO/IEC7816 read write line 2 as smart card, multiport ISO/IEC 7816 read write lines 2 are again by multiport usb hub 1 downlink port # 0 and computing machine communication.
Be operated in pattern for the moment, 8 sheet smart cards are directly also controlled by the PC/SC program with the computing machine communication with CCID # 1～CCID # 8, and its draw-in groove of the default report of each CCID # 0 has inserted smart card.In computing machine need be operated certain CCID draw-in groove # 0 during smart card, this CCID resolves from the CCID data of USB reception and at its COS (Chip Operating System, Chip Operating System) does ISO/IEC 7816 order supple-settlements in, and will handle subsequently to tie and report computing machine by the CCID packet format.
During the pattern two of being operated in, 8 sheet smart cards are with the draw-in groove # 1～#8 of smart card # 1～#8 insertion multiport ISO/IEC 7816 read write lines 2, and multiport ISO/IEC 7816 read write lines (CCID #0) report that smart card information is given computing machine in its each draw-in groove.During smart card, CCID # 0 is handed down to this smart card with APDU with ISO/IEC 7816 serial communication interfaces, and will report computing machine by the CCID packet format from the data that card receives in computing machine need be operated certain groove.
During the pattern three of being operated in, be identified as smart card direct and computing machine communication by the sequence number that begins to increase progressively from #1 of CCID, this sequence number and card place slot are irrelevant, and the PC/SC program is for the moment consistent with pattern to the method for operating of CCID.The card that is identified as smart card then number is reported to computing machine by multiport ISO/IEC 7816 read write lines 2 (CCID #0) by the draw-in groove at its place, computing machine to individual card control with pattern two time consistent.
Referring to Fig. 7, the step the during smart card of 8 bands of the utility model system distribution USB interface is:
1) distribution device is connected with computing machine;
2) will insert smart card slot 3 with the smart card of USB interface;
Whether 3) insert smart card slot 3 of pick-up unit 6 detections with card has the smart card card to insert;
4) if there is card to insert, whether there is USB device to be loaded into hub port by 1 detection of multiport usb hub, if have then start the usb protocol communication, if not then start multiport ISO/IEC 7816 read write lines 2 and report to computing machine with the communication of the smart card that inserts and with card image;
5) repeating step 3) to step 5), insert all released device identification of card and report to computing machine according to smart card or CCID until all 8;
6) start computer terminal PC/SC read-write program;
7) import the APDU computer command script document that is used to control hair fastener;
8) smart card resets and by script smart card is carried out write operation to having inserted in each slot of CCID one by one, and in writing process, running LED 4 is shown as " in the work ";
9) after write operation finished, the PC/SC read-write program write the result to smart card and carries out verification; And by running LED 4 show states;
10) after all CCID and smart card are all finished distribution, the PC/SC read-write program provides distribution to be finished cue and removes all CCID that load except that multiport ISO/IEC 7816 read write lines 2;
11) take off all smart cards by the running LED 4 display result classification of each smart card slot 3 on the distribution device.
The state of running LED 4 may be defined as in the utility model system:
Lamp goes out: no card inserts or card is in idle condition;
Blue flash: in the card work;
Permanent red: failed download;
Permanent green: as to download successfully.
Claims (8)
1, a kind of system that is used to issue band USB interface smart card, it comprises distribution device and computing machine, it is characterized in that, described distribution device comprises multiport usb hub (1), multiport ISO/IEC 7816 read write lines (2), smart card slot (3), running LED (4), clock source device (5), card inserts the USB cable (7) of pick-up unit (6) and band plug, the plug of described USB cable (7) is connected with the usb hub downlink port of computing machine, the other end of USB cable (7) is connected to the uplink port of multiport usb hub (1), the up USB interface of multiport ISO/IEC 7816 read write lines (2) is connected with a downlink port of multiport usb hub (1), descending ISO/IEC 7816 interfaces of multiport ISO/IEC 7816 read write lines (2) are gone up a plurality of pins with smart card slot (3) and are connected, a plurality of pins of smart card slot (3) are connected with multiport usb hub (1) downlink port, clock source device (5) is connected with multiport usb hub (1), card inserts pick-up unit (6) and connects into one-way communication with multiport ISO/IEC7816 read write line (2), and running LED (4) is connected with multiport ISO/IEC 7816 read write lines (2).
2, system according to claim 1 is characterized in that, a plurality of downlink ports of described multiport usb hub (1) and uplink port are supported a kind of in high speed, full speed or the low speed speed of USB normalized definition respectively.
3, system according to claim 1, it is characterized in that, described multiport ISO/IEC 7816 read write lines (2) are the CCID of band USB uplink port, its upstream rate is a kind of in high speed, full speed or the low speed speed of USB normalized definition, multiport ISO/IEC 7816 read write lines (2) are equipped with a plurality of ISO/IEC 7816 slots, each slot is equipped with ISO/IEC 7816 main interfaces, and slot supports ID-000 type, ID-1 type, ID-2 type or the ID-3 type card of ISO/IEC 7810 normalized definitions to insert.
4, system according to claim 1 is characterized in that, described smart card slot (3) has a plurality of, is divided into little draw-in groove two classes that are used to insert the big draw-in groove of the big card of ID-1 type and are used to insert the little card of ID-000 type; Eight pins are arranged on the smart card slot (3), pin one (C1) be power supply, pin two (C2) for reset, pin three (C3) is program voltage V for USB D+, pin five (C5) for ground, pin six (C6) for clock, pin four (C4)
PPPin seven (C7) is serial i O, pin eight (C8) be USB D-, descending ISO/IEC 7816 interfaces of multiport ISO/IEC 7816 read write lines (2) are by the pin one (C1) on ISO/IEC7816 line (11) and the smart card slot (3), pin two (C2), pin three (C3), pin five (C5) is connected with pin seven (C7), the pin one (C1) on the smart card slot (3), pin five (C5), pin four (C4) and pin eight (C8) by USB cable (9) respectively with the power supply of multiport usb hub (1) downlink port, ground, USB D+ is connected with USB D-pin.
5, system according to claim 1, it is characterized in that, described running LED (4) and card insertion pick-up unit (6) correspond to one group one by one with smart card slot (3) and organize at the most, represent the job information of the smart card slot (3) related with it by the state of each running LED (4).
6, system according to claim 1 is characterized in that, described clock source device (5) adopts no source crystal or active crystal oscillator form; The clock frequency of clock source device (5) meets the required clock frequency requirement of communication speed of USB normalized definition.
7, system according to claim 1, it is characterized in that, described card inserts pick-up unit (6) and checks by physical signalling whether its residing smart card slot (3) has card to insert, and sends detected card insertion information to multiport ISO/IEC7816 read write line (2) by the IO line.
8, system according to claim 1 is characterized in that, the speed that described USB cable (7) is supported is a kind of in high speed, full speed or the low speed speed of USB normalized definition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200800986U CN201229582Y (en) | 2008-04-21 | 2008-04-21 | System for publishing smart card with USB interface |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200800986U CN201229582Y (en) | 2008-04-21 | 2008-04-21 | System for publishing smart card with USB interface |
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| Publication Number | Publication Date |
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| CN201229582Y true CN201229582Y (en) | 2009-04-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNU2008200800986U Expired - Fee Related CN201229582Y (en) | 2008-04-21 | 2008-04-21 | System for publishing smart card with USB interface |
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| CN (1) | CN201229582Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104915834A (en) * | 2014-03-10 | 2015-09-16 | 北京同方微电子有限公司 | Mobile payment system based on high-capacity USIM card, and implementation method thereof |
| CN104950240A (en) * | 2014-03-26 | 2015-09-30 | 北京同方微电子有限公司 | Working voltage segment testing system and testing method for smart card |
| CN109495353A (en) * | 2018-12-29 | 2019-03-19 | 广西程天电子科技有限公司 | A kind of Internet of Things card batch detection device and method |
| CN111371836A (en) * | 2016-09-20 | 2020-07-03 | 徐蔚 | Verification method and device for secure payment of digital currency and mobile terminal |
-
2008
- 2008-04-21 CN CNU2008200800986U patent/CN201229582Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104915834A (en) * | 2014-03-10 | 2015-09-16 | 北京同方微电子有限公司 | Mobile payment system based on high-capacity USIM card, and implementation method thereof |
| CN104950240A (en) * | 2014-03-26 | 2015-09-30 | 北京同方微电子有限公司 | Working voltage segment testing system and testing method for smart card |
| CN111371836A (en) * | 2016-09-20 | 2020-07-03 | 徐蔚 | Verification method and device for secure payment of digital currency and mobile terminal |
| CN111371836B (en) * | 2016-09-20 | 2023-10-24 | 徐蔚 | Verification method and device for secure payment and mobile terminal |
| CN109495353A (en) * | 2018-12-29 | 2019-03-19 | 广西程天电子科技有限公司 | A kind of Internet of Things card batch detection device and method |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090429 Termination date: 20130421 |