CN104299017A - Identity card network decoding system based on mobile phone NFC - Google Patents
Identity card network decoding system based on mobile phone NFC Download PDFInfo
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- CN104299017A CN104299017A CN201410570231.6A CN201410570231A CN104299017A CN 104299017 A CN104299017 A CN 104299017A CN 201410570231 A CN201410570231 A CN 201410570231A CN 104299017 A CN104299017 A CN 104299017A
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Abstract
The invention relates to an identity card network decoding system based on mobile phone NFC. The system is characterized in that the decoding system comprises an identity card decoding terminal, identity card reading client sides and a service terminal, the number of the identity card reading client sides is at least one, the service terminal is set to be a mobile phone supporting NFCISO-14443B, and data information transmission is carried out between the mobile phone and the identity card decoding terminal through a wireless network.
Description
Technical field
The present invention relates to a kind of decode system, specifically a kind of I.D. network decoding system based on mobile phone NFC, belongs to I.D. decoding technique field.
Background technology
The Regulatory requirements that the overall situation of building society governed by law is handled current telecommunication provider client traffic is more and more higher.From 1 day September in 2013, " telephone subscriber's true identity information registration regulation " that industrial and information-based Estate Division is formulated, must log in real identity information when specifying that telephone subscriber networks.System of real name is not only state's laws requirement, is also that operation management mechanism is improved in each large operation, promotes the important foundation of Customer Quality.ID (identity number) card information reader is a kind of equipment whether I.D. is forged that can judge, as cash inspecting machine, effectively can identify the I.D. true and false, containing RFID chip in Certification of Second Generation, by China second-generation identity card card reader, stored information in I.D. chip, comprises name, address, the information such as photo will show one by one, Certification of Second Generation chip adopts smart card techniques, and its chip cannot copy, highly false proof; But existing identity card identifier is all stand-alone device, result in purchase cost huge; Delivery cycle is very long, is therefore not suitable for centralized purchasing in enormous quantities; Particularly the upgrade cost in later stage is huge especially, and within 2013, the Ministry of Public Security has enabled three generation IDs, and after being equivalent to several years, now all identity card identifier need again to buy.And at the peripheral terminals of operator, much there is no computer and operation system in addition.Existing identity card reader is in each reader and comprises a Security Encryption module.Due to Security Encryption module and SAM module, the factors such as the delivery time is longer, expensive, are not suitable for commmunication company or other need the department system of volume procurement, purchase outfit on a large scale.
Therefore, a kind of new boom hoisting of exigence solves the problems of the technologies described above.
Summary of the invention
The present invention is just for the technical matters existed in prior art, a kind of I.D. network decoding system based on mobile phone NFC is provided, this decode system achieves and is connected in a Security Encryption module and SAM module by multiple service terminal by internet, achieve the function that multiple service terminal shares a Security Encryption module, greatly reduce purchase cost and the upgrade cost of enterprise.When concrete engineering is implemented, can according to the scope of service point, the quantity of flexible configuration service terminal and Security Encryption module, ensures effective realization of business.In software function, the customer information of reading can effectively process and classify by business software as requested.
To achieve these goals, the technical solution used in the present invention is, a kind of I.D. network decoding system based on mobile phone NFC, it is characterized in that, described decode system comprises I.D. decoding terminal, service terminal, and described service terminal is set to mobile phone, and NFC function supported by mobile phone, support ISO-14443B agreement, described mobile phone carries out data information transfer by wireless network and I.D. decoding terminal.
As a modification of the present invention, described decode system also comprises decoding server, and described mobile phone carries out data information transfer by wireless network and decoding server.
As a modification of the present invention, described wireless communication module is integrated with two kinds of wireless communication modes, is WIFI and wireless data communications respectively.Smart mobile phone can be selected wherein a kind of at long-range connection I.D. decoding terminal.After setting up wireless connections, between smart mobile phone and I.D. decoding terminal, control command and communication data can be transmitted.
As a modification of the present invention, described I.D. decoding terminal comprises load-equalizing switch and decoding central apparatus, described decoding central apparatus comprises, main circuit board, line collecting plate, decoding device, power module, power board, data bus, supporting bracket, heat dissipation equipment, work indicating section, control chip; Wherein load-equalizing switch distributes for the task balance of multiple decoding central apparatus, and the connection response that equipment mainly completes the same IP of TCP and port is distributed with being connected, and like this, when using same IP and port, rear end can configure multiple decoding device;
Main circuit board is connected with decoding device, for the treatment of will the information of decoding be needed to send decoding device to, then by decoded letter
Breath is encrypted and is sent to reader end by network;
Line collecting plate is connected with main circuit board, is connected for giving the power supply of main circuit board, the state display of decoding device, network interface connector.And the power light display of equipment;
Decoding device is connected with main circuit board, for the decoding of card information;
Power module is connected with line collecting plate, for giving the power supply of whole equipment;
Power board is connected with mainboard, for the power supply of Long-distance Control decoding device.When decoding device occurs abnormal, by long-range, power-off restarting instruction is issued to power supply mainboard;
Data bus is the bus be connected with line collecting plate by main circuit board;
Supporting bracket is used for fixing main circuit board and decoding device;
Heat dissipation equipment is connected with power module, for controlling the temperature of whole equipment, controlling whole equipment and can normally work in a temperature range;
Work indicating equipment is used for the state display of network interface connection, the state of decoder module shows, the state display of working power, and the power switch of equipment;
Control chip connects circuit board, for the Energy control of decoder module.
Based on an I.D. network decoding systematic difference method of mobile phone NFC, it is characterized in that, described method is specific as follows:
1) utilize mobile phone A ndroid system to the support of NFC, open " android.permission.NFC ", " android.hardware.nfc " usage license, use NfcAdapter, carry out data manipulation to mobile phone NFC, data interaction is carried out in a binary fashion;
After mobile phone NFC opens, namely NFC radio frequency is in looks for card-like state, when there being card close, after NFC detects card, triggering Card Reader application program, starting Card Reader;
Read routine is recombinated to the card data read, is encrypted and be transferred to far-end decoded information server, cryptographic algorithm adopts fixing Key and random number array mode, make the encrypted result of each transmission not identical, mobile phone is returned to after server data encryption, read routine receives data and deciphers, then data decryption is recombinated, thus it is mutual to complete with card.
After decoding terminates, reading result is passed back by far-end decoded information server, pass part back at least to comprise: the Word message stored in card and pictorial information, Word message directly carries out format conversion decoding and identifiable design, pictorial information carries out transcoding in this locality, convert the pictorial information that wavelet algorithm compresses to discernible bmp data, and be supplied to interface use.
Read routine can be supplied to upper level applications with interface mode and call, and interface mode comprises .so file and jar file.Upper level applications only need by .so file and jar file be integrated enters, and compiling produces apk and can use.
2) when needs are to when sticking into line operate, order is sent by the control program operated on smart mobile phone, by NFC Flexible Interface Card analysis order, when needs obtain smart card information, NFC module reads smart card information, in Card Reader process, use contactless card reading method, first the order of reading smart card is produced, convert radiofrequency signal to by NFC module antenna and send to smart card, smart card returns the information of storage inside to NFC module by radiofrequency signal, after signal transacting is carried out in the conversion of NFC module antenna and NFC module, obtain data message; Again according to the information processing method preset, first the information partly or entirely read be encrypted, then be transmitted to the netscape messaging server Netscape of far-end by smart mobile phone; Information after process is returned by smart mobile phone and is sent to NFC reading application program by server; NFC reads application program and carries out next step action according to returning results, until smart card reading task finally completes.
Relative to prior art, advantage of the present invention is as follows, 1) whole decode system cost is lower, and purchase cost is cheap, because only need install decoding device in decoding server, each peripheral terminals only needs to use mobile phone, and therefore, cost reduces greatly.Can 90% be reduced costs; 2) upgrade cost is low, and the Ministry of Public Security promotes three generation IDs, existing secondary certificate reader in the future, must again buy up-to-date identity card reader in the future, cause great waste.Because demoder all on the server, so the code reader of each sales counter, without the need to changing, only needs the demoder on replacing, upgrade server, can reduce costs 90%; 3) this system achieves full channel coverage, for without computer, planless peripheral terminals, only need be connected by mobile phone and just can realize I.D. identification, reading.Greatly reduce the enforcement difficulty of the full channel coverage of system of real name; 4) this system is easy to use, plug and play, only needs on the server of operator company's Intranet, install decoding device and namely can be the whole province's service, be convenient to the unified management of company of company of province.For the contact staff of peripheral terminals, only mobile phone need be used.Therefore promotion and implementation difficulty is very little, is equal to standalone version identity card reader; 5) " online database contrast identify " in the past, adopt OCR technical limit spacing information by mobile phone photograph I.D., there is huge leak: the identity information None-identified true and false, I.D. itself also cannot the true and false; Sam decoder module by the Ministry of Public Security is only had for false I.D., " deck I.D. ", just can accomplish real identification.Any the most accurately, the most effective I.D. reading/identification equipment all can not lack the Ministry of Public Security authorize Security Encryption module (SAM module); The distinguishing true from false of each I.D., data decode, whole process is a process for a mutually checking, and wherein have more than 40 times data handshakes processes, the agreement that these processes use is the cryptographic protocol of Ministry of Public Security SAM module, does not decipher; The dll that data result is provided by the Ministry of Public Security through decoding server equipment end decodes, and needs the authentication file of SAM module simultaneously, otherwise cannot decode; Decoded data can be delivered to designated destination as requested, and acquiescence is sent to card-reading terminal place computer/mobile phone, and the security of this technical scheme improves greatly.
Accompanying drawing explanation
Fig. 1 is overall system architecture schematic diagram of the present invention;
Fig. 2 is Card Reader program flow diagram of the present invention;
Fig. 3 is optimum configurations process flow diagram;
Fig. 4 is I.D. decoding terminal result schematic diagram.
Embodiment
In order to deepen the understanding of the present invention and understanding, below in conjunction with accompanying drawing, the invention will be further described and introduce.
embodiment 1:as shown in Figure 1, Figure 2, a kind of I.D. network decoding system based on mobile phone NFC, described decode system comprises I.D. decoding terminal, service terminal, described service terminal is set to mobile phone, and described mobile phone and I.D. are read client and carried out data information transfer by wireless network and I.D. decoding terminal; Described service terminal needs to support NFC function and ISO-14443B agreement, and the far-distance communication service program run on smart mobile phone, described decode system also comprises decoding server, and described mobile phone carries out data information transfer by wireless network and decoding server.
embodiment 2:as a modification of the present invention, described wireless communication module is integrated with two kinds of wireless communication modes, is WIFI and wireless data communications respectively.Smart mobile phone can be selected wherein a kind of at long-range connection I.D. decoding terminal.After setting up wireless connections, between smart mobile phone and I.D. decoding terminal, control command and communication data can be transmitted.
Utilize the power of smart mobile phone as parametric controller, the work of application program controlling smart card information remote reader of user by smart mobile phone runs.
embodiment 3:see Fig. 4, as a modification of the present invention, described I.D. decoding terminal comprises load-equalizing switch and decoding central apparatus, described decoding central apparatus comprises, main circuit board, line collecting plate, decoding device, power module, power board, data bus, supporting bracket, heat dissipation equipment, work indicating section, control chip; Wherein load-equalizing switch distributes for the task balance of multiple decoding central apparatus, and the connection response that equipment mainly completes the same IP of TCP and port is distributed with being connected, and like this, when using same IP and port, rear end can configure multiple decoding device; Main circuit board is connected with decoding device, for the treatment of the information of decoding will be needed to send decoding device to, more decoded information is encrypted and is sent to reader end by network; Line collecting plate is connected with main circuit board, is connected for giving the power supply of main circuit board, the state display of decoding device, network interface connector.And the power light display of equipment; Decoding device is connected with main circuit board, for the decoding of card information; Power module is connected with line collecting plate, for giving the power supply of whole equipment; Power board is connected with mainboard, for the power supply of Long-distance Control decoding device.When decoding device occurs abnormal, by long-range, power-off restarting instruction is issued to power supply mainboard; Data bus is the bus be connected with line collecting plate by main circuit board; Supporting bracket is used for fixing main circuit board and decoding device; Heat dissipation equipment is connected with power module, for controlling the temperature of whole equipment, controlling whole equipment and can normally work in a temperature range; Work indicating equipment is used for the state display of network interface connection, the state of decoder module shows, the state display of working power, and the power switch of equipment; Control chip connects circuit board, for the Energy control of decoder module.
Integrated maximum 24 SAM decoding devices on server, the control mainboard of each SAM decoding device is connected with load-equalizing switch by RJ45 port, the front end of load-equalizing switch is connected with internet or job network, be supplied to the unified IP address of client and port numbers, client device carries out device access by unified IP address and port numbers.When there being client-access, load-equalizing switch controls the service condition of mainboard according to rear end SAM equipment, the SAM equipment of free time is controlled mainboard and carries out connection forwarding, makes visit data arrive SAM decoding device and controls mainboard.
The control mainboard of SAM decoding device is responsible for the work such as SAM decoding device is enabled, communicated, closedown, and complete the communication with client, after receiving client-access data, control mainboard chip is started working, receipt decoding data, and triggers SAM equipment and start working, the decoded data request received is communicated with SAM by specified protocol, result is delivered to control chip by SAM, and result is sent it back client by control chip, completes decode procedure.
embodiment 4:see Fig. 2, Fig. 3, based on the I.D. network decoding systematic difference method of mobile phone NFC, utilize mobile phone A ndroid system to the support of NFC, open " android.permission.NFC ", " android.hardware.nfc " usage license, use NfcAdapter, carry out data manipulation to mobile phone NFC, data interaction is carried out in a binary fashion.After mobile phone NFC opens, namely NFC radio frequency is in looks for card-like state, when there being card close, after NFC detects card, triggering Card Reader application program, starting Card Reader.Read routine is recombinated to the card data read, is encrypted and be transferred to far-end decoded information server, and cryptographic algorithm adopts fixing Key and random number array mode, makes the encrypted result of each transmission not identical.Return to mobile phone after server data encryption, read routine receives data and also deciphers, and is then recombinated by data decryption, thus it is mutual to complete with card.After decoding terminates, reading result is passed back by far-end decoded information server, pass part back at least to comprise: the Word message stored in card and pictorial information, Word message directly carries out format conversion decoding and identifiable design, pictorial information carries out transcoding in this locality, convert the pictorial information that wavelet algorithm compresses to discernible bmp data, and be supplied to interface use.Read routine can be supplied to upper level applications with interface mode and call, and interface mode comprises .so file and jar file.Upper level applications only need by .so file and jar file be integrated enters, and compiling produces apk and can use.
See Fig. 3, when needs are to when sticking into line operate, order is sent by the control program operated on smart mobile phone, by NFC Flexible Interface Card analysis order, when needs obtain smart card information, NFC module reads smart card information, in Card Reader process, use contactless card reading method, first the order of reading smart card is produced, convert radiofrequency signal to by NFC module antenna and send to smart card, smart card returns the information of storage inside to NFC module by radiofrequency signal, data message is obtained after signal transacting is carried out in the conversion of NFC module antenna and NFC module.Again according to the information processing method preset, first the information partly or entirely read be encrypted, then be transmitted to the netscape messaging server Netscape of far-end by smart mobile phone.Information after process is returned by smart mobile phone and is sent to NFC reading application program by server; NFC reads application program and carries out next step action according to returning results, until smart card reading task finally completes.
NFC application program is encrypted the information that the server that reading task obtains returns according to the disposal route pre-set, the process such as parsing, then be shown to user with good user interface after the result transmission user program operated on mobile phone is carried out graphical treatment.
At least one in technical characteristic described in embodiment 2,3 and embodiment 1 can also be combined to form new embodiment by the present invention.
It should be noted that above-described embodiment, be not used for limiting protection scope of the present invention, equivalents done on the basis of technique scheme or the alternative scope all falling into the claims in the present invention and protect.
Claims (4)
1. the I.D. network decoding system based on mobile phone NFC, it is characterized in that, described decode system comprises I.D. decoding terminal, service terminal, described service terminal is mobile phone, and described mobile phone and I.D. are read client and carried out data information transfer by wireless network and I.D. decoding terminal; Described decode system also comprises decoding server, and described mobile phone carries out data information transfer by wireless network and decoding server; NFC supported by described mobile phone, and support ISO-14443 B agreement, mobile phone runs NFC and reads interactive program and far-distance communication service program.
2., as claimed in claim 1 based on the I.D. network decoding system of mobile phone NFC, it is characterized in that, described wireless communication module is integrated with two kinds of wireless communication modes, is WIFI and wireless data communications respectively.
3. as claimed in claim 1 or 2 based on the I.D. network decoding system of mobile phone NFC, it is characterized in that, described I.D. decoding terminal comprises load-equalizing switch and decoding central apparatus, described decoding central apparatus comprises, main circuit board, line collecting plate, decoding device, power module, power board, data bus, supporting bracket, heat dissipation equipment, work indicating section, control chip; Wherein load-equalizing switch distributes for the task balance of multiple decoding central apparatus, and the connection response that equipment mainly completes the same IP of TCP and port is distributed with being connected, and like this, when using same IP and port, rear end can configure multiple decoding device;
Main circuit board is connected with decoding device, for the treatment of will the information of decoding be needed to send decoding device to, then by decoded letter
Breath is encrypted and is sent to reader end by network;
Line collecting plate is connected with main circuit board, is connected for giving the power supply of main circuit board, the state display of decoding device, network interface connector;
And the power light display of equipment;
Decoding device is connected with main circuit board, for the decoding of card information;
Power module is connected with line collecting plate, for giving the power supply of whole equipment;
Power board is connected with mainboard, for the power supply of Long-distance Control decoding device;
When decoding device occurs abnormal, by long-range, power-off restarting instruction is issued to power supply mainboard;
Data bus is the bus be connected with line collecting plate by main circuit board;
Supporting bracket is used for fixing main circuit board and decoding device;
Heat dissipation equipment is connected with power module, for controlling the temperature of whole equipment, controlling whole equipment and can normally work in a temperature range;
Work indicating equipment is used for the state display of network interface connection, the state of decoder module shows, the state display of working power, and the power switch of equipment;
Control chip connects circuit board, for the Energy control of decoder module.
4. as claimed in claim 1 or 2 based on the I.D. network decoding systematic difference method of mobile phone NFC, it is characterized in that, described method is specific as follows: 1) utilize mobile phone A ndroid system to the support of NFC, open " android.permission.NFC ", " android.hardware.nfc " usage license, use NfcAdapter, data manipulation is carried out to mobile phone NFC, data interaction is carried out in a binary fashion, after mobile phone NFC opens, namely NFC radio frequency is in looks for card-like state, when there being card close, after NFC detects card, trigger Card Reader application program, start Card Reader, read routine is recombinated to the card data read, is encrypted and be transferred to far-end decoded information server, and cryptographic algorithm adopts fixing Key and random number array mode, makes the encrypted result of each transmission not identical, return to mobile phone after server data encryption, read routine receives data and also deciphers, and is then recombinated by data decryption, thus it is mutual to complete with card,
After decoding terminates, reading result is passed back by far-end decoded information server, pass part back at least to comprise: the Word message stored in card and pictorial information, Word message directly carries out format conversion decoding and identifiable design, pictorial information carries out transcoding in this locality, convert the pictorial information that wavelet algorithm compresses to discernible bmp data, and be supplied to interface use;
Read routine can be supplied to upper level applications with interface mode and call, and interface mode comprises .so file and jar file;
Upper level applications only need by .so file and jar file be integrated enters, and compiling produces apk and can use;
2) when needs are to when sticking into line operate, order is sent by the control program operated on smart mobile phone, by NFC Flexible Interface Card analysis order, when needs obtain smart card information, NFC module reads smart card information, in Card Reader process, use contactless card reading method, first the order of reading smart card is produced, convert radiofrequency signal to by reader antenna and send to smart card, smart card returns the information of storage inside to reader by radiofrequency signal, after signal transacting is carried out in reader antenna conversion and NFC module, obtain data message; Again according to the information processing method preset, first the information partly or entirely read be encrypted, then be transmitted to the netscape messaging server Netscape of far-end by smart mobile phone; Information after process is returned by smart mobile phone and is sent to NFC reading application program by server; NFC reads application program and carries out next step action according to returning results, until smart card reading task finally completes.
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| CN201410570231.6A CN104299017A (en) | 2014-10-23 | 2014-10-23 | Identity card network decoding system based on mobile phone NFC |
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| CN201410570231.6A CN104299017A (en) | 2014-10-23 | 2014-10-23 | Identity card network decoding system based on mobile phone NFC |
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| CN105653998A (en) * | 2015-06-24 | 2016-06-08 | 宇龙计算机通信科技(深圳)有限公司 | Identity card information reading method and apparatus thereof, and mobile terminal |
| CN106101188A (en) * | 2016-05-30 | 2016-11-09 | 宁德市众威网络科技有限公司 | A kind of data processing method of network cloud USB flash disk |
| CN106302831A (en) * | 2016-10-27 | 2017-01-04 | 郑州中软高科信息技术有限公司 | China second-generation identity card network coding/decoding system based on MCU |
| CN106453363A (en) * | 2016-10-27 | 2017-02-22 | 郑州中软高科信息技术有限公司 | Network coding and decoding system based on bus technology for plurality of 2nd-generation ID cards |
| CN106533619A (en) * | 2016-10-27 | 2017-03-22 | 郑州中软高科信息技术有限公司 | Distributed second-generation identity card management system based on cloud platform |
| CN106529616A (en) * | 2016-10-14 | 2017-03-22 | 国政通科技股份有限公司 | Identity card verifying method |
| CN107018130A (en) * | 2017-03-29 | 2017-08-04 | 易青松 | A kind of identity card cloud recognizes Verification System |
| CN110418319A (en) * | 2019-05-30 | 2019-11-05 | 郑州中软高科信息技术有限公司 | One kind makes mobile phone have the decoded method of China second-generation identity card |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105653998A (en) * | 2015-06-24 | 2016-06-08 | 宇龙计算机通信科技(深圳)有限公司 | Identity card information reading method and apparatus thereof, and mobile terminal |
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Inventor after: Tian Yu Inventor after: Jiang Yan Inventor after: Han Jiaguo Inventor after: Teng Yuanzhi Inventor after: Li Yimeng Inventor after: Chen Shidong Inventor after: Kong Anning Inventor after: Wang Chunning Inventor before: Tian Yu Inventor before: Han Jiaguo Inventor before: Teng Yuanzhi Inventor before: Li Yimeng Inventor before: Chen Shidong Inventor before: Kong Anning |
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Effective date of registration: 20170302 Address after: The Olympic Avenue in Jianye District of Nanjing city of Jiangsu Province, No. 1 210019 Applicant after: NANJING POWER SUPPLY COMPANY, STATE GRID JIANGSU ELECTRIC POWER COMPANY Applicant after: NANJING YISHU INFORMATION TECHNOLOGY CO., LTD. Applicant after: NANJING QIXU ELECTRONIC TECHNOLOGY CO., LTD. Applicant after: STATE GRID JIANGSU ELECTRIC POWER COMPANY Address before: Qinhuai Hongwu Road District of Nanjing City, Jiangsu province 210000 International Building 2601 East Fuxin No. 359 Applicant before: NANJING QIXU ELECTRONIC TECHNOLOGY CO., LTD. |
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Application publication date: 20150121 |