A cross-cloud public transportation information processing IC card interaction system and method

Abstract

The present invention provides a cross-cloud public transportation information processing IC card interaction system and method, which performs initial information writing and IC card initial encryption through IC card information reading and writing encryption, generates an initial identification information two-dimensional code and transmits it to a mobile communication platform; generates an IC card recognition interaction program through an IC card control center platform, uploads the IC card recognition interaction program to a public transportation cloud platform, and deploys a card swiping device terminal and a mobile communication platform; intelligently determines whether an annual inspection is required and performs a remote annual inspection, verifies whether there is face occlusion and image forgery during the use of the IC card through face recognition; verifies the legitimacy of the IC card, performs normal boarding or issues an abnormal warning signal; and performs cross-city and cross-region synchronous calculation of travel expenses or the number of rides and cross-cloud public transportation information processing IC card universal interaction on a mobile communication platform and a public transportation cloud platform.

Description

Technical Field

[0001] The present invention relates to the field of signal detection and recognition interaction technology, and more specifically, to a cross-cloud public transportation information processing IC card interaction system and method. Background Art

[0002] The current city card has been using IC cards for consumption and riding for more than 20 years. Since the IC card was used in the field of public transportation, it has required recharging, annual inspection, and recharging times. The card can only be used when there is a balance or times in the card and the card is valid after the current date; this requires passengers to go to the IC card recharge point for public transportation to recharge, and if the validity period has expired, they must go to the IC card annual inspection point for annual inspection of the card and the cardholder; this model leads to a large number of people gathering at IC card and related business processing points, especially the annual inspection of senior citizen cards and student cards is quite concentrated, resulting in a complete shortage of personnel in the public transportation card company at the end of the year and the beginning of the school year, but they are relatively free at other times; this is inefficient and costly for the public transportation card company. Higher; at the same time, due to the gathering of people, especially when there is prevention and control, there are great risks for passengers and bus card companies; specific problems include: how to encrypt IC and transmit on mobile communication platforms, how to interact with IC card identification and deploy terminals and platforms, how to determine and conduct remote annual inspections, how to verify the consistency of IC card owners and users, how to verify the legitimacy of IC cards and verify the consistency between passengers and IC cards to board or issue warning signals, how to synchronously calculate travel costs or number of rides across cities and regions, and cross-cloud public transportation information processing IC card general interactions, etc., have yet to be solved; therefore, it is necessary to propose a cross-cloud public transportation information processing IC card interaction system and method to at least partially solve the problems existing in the prior art. Summary of the invention

[0003] A series of simplified concepts are introduced in the content of the invention, which will be further described in detail in the specific implementation method section; the content of the invention of the present invention does not mean to attempt to limit the key features and essential technical features of the technical solution claimed for protection, nor does it mean to attempt to determine the scope of protection of the technical solution claimed for protection.

[0004] In order to at least partially solve the above problems, the present invention provides a cross-cloud public transportation information processing IC card interaction system, comprising:

[0005] IC encrypted information transmission subsystem, which writes initial information and encrypts IC card information through IC card information reading and writing encryption, generates initial identification information QR code and transmits it to mobile communication platform;

[0006] IC interactive program multi-terminal deployment subsystem generates IC card recognition interactive program through IC card control center platform, uploads IC card recognition interactive program to public transportation cloud platform and deploys card swiping device terminal and mobile communication platform;

[0007] Remote annual inspection two-way verification subsystem, intelligently determines whether annual inspection is required and conducts remote annual inspection, and verifies whether there is face obstruction and image forgery during IC card use through face recognition;

[0008] Verify and check the synchronous IC interaction subsystem, verify the legitimacy of the IC card, and conduct normal boarding or issue an abnormal warning signal; the mobile communication platform and the public transportation cloud platform perform cross-city and cross-regional synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card general interaction.

[0009] Preferably, the IC encrypted information transmission subsystem includes:

[0010] IC card information writing encryption subsystem, which performs initial information writing and IC card initial encryption through IC card information reading and writing encryption, or performs recovered card initialization and recovered card secondary encryption, and performs IC card initial information system backup;

[0011] The NFC QR code generation subsystem reads the IC card information through the NFC self-service terminal, generates an initial identification information QR code and transmits it to the mobile communication platform.

[0012] Preferably, the IC interactive program multi-terminal deployment subsystem includes:

[0013] IC card identification interactive program subsystem, generates IC card identification interactive program through IC card control center platform;

[0014] The bus cloud remote transmission subsystem uploads the IC card recognition interactive program to the bus cloud platform through remote data cloud transmission;

[0015] Mobile communication platform deployment subsystem. When the mobile communication platform applies for an IC card through a QR code, the bus cloud platform transmits the IC card recognition interaction program to the mobile communication platform for mobile communication platform deployment.

[0016] Preferably, the remote annual inspection two-way verification subsystem includes:

[0017] The remote review subsystem for annual review and approval can intelligently determine whether annual review is required and conduct remote annual review based on the type of IC card;

[0018] The face recognition two-way verification subsystem verifies whether there is face obstruction and image forgery during the use of the IC card through face recognition;

[0019] According to the type of IC card, it is intelligently determined whether annual inspection is required and remote annual inspection is carried out, including: if the IC card is a senior citizen card, it is determined that the IC card needs annual inspection; if it is determined that the IC card needs annual inspection, the IC card annual inspection is carried out through the mobile communication platform using face recognition verification;

[0020] Face recognition verification of whether the IC card type and user are consistent includes: obtaining the user's face recognition video information through camera capture; judging whether the user is the IC card owner based on the face recognition video information, and intelligently identifying face occlusion and image forgery, and verifying whether there is face occlusion and image forgery during the use of the IC card.

[0021] Preferably, the verification and checking synchronization IC interaction subsystem includes:

[0022] The legitimacy verification subsystem verifies the legitimacy of the IC card. After the IC card is swiped on the card swiping terminal on the bus, the mobile communication platform will simultaneously verify the consistency between the passenger and the IC card. Passengers can board the bus after the verification is passed; if it fails, a warning signal will be issued;

[0023] The dual-platform synchronous transmission subsystem, the card swiping device terminal will transmit the card swiping record to the mobile communication platform and the bus cloud platform;

[0024] The dual-end synchronous IC interaction subsystem, mobile communication platform and public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction.

[0025] A cross-cloud public transportation information processing IC card interaction method, comprising:

[0026] S100, initial information is written and initial encryption of the IC card is performed through IC card information reading and writing encryption, and an initial identification information QR code is generated and transmitted to the mobile communication platform;

[0027] S200, generating an IC card recognition interaction program through the IC card control center platform, uploading the IC card recognition interaction program to the public transportation cloud platform, and deploying the card swiping device terminal and the mobile communication platform;

[0028] S300, intelligently determine whether annual inspection is required and conduct remote annual inspection, and verify whether there is face obstruction and image forgery during the use of IC card through face recognition;

[0029] S400, verify the legitimacy of the IC card, and proceed with normal boarding or issue an abnormal warning signal; the mobile communication platform and the public transportation cloud platform synchronously calculate the travel fee or the number of rides across cities and regions and the cross-cloud public transportation information processing IC card universal interaction.

[0030] Preferably, S100 includes:

[0031] S101, write initial information and encrypt IC card initially through IC card information reading and writing encryption, or initialize and re-encrypt the recovered card, and back up the IC card initial information system;

[0032] S102, reading the IC card information through the NFC self-service terminal, generating an initial identification information QR code and transmitting it to the mobile communication platform.

[0033] Preferably, S200 includes:

[0034] S201, generating an IC card identification interactive program through an IC card control center platform;

[0035] S202, uploading the IC card recognition interactive program to the public transportation cloud platform through remote data cloud transmission;

[0036] S203, when the mobile communication platform applies for an IC card through a QR code, the bus cloud platform transmits the IC card recognition interaction program to the mobile communication platform for mobile communication platform deployment.

[0037] Preferably, S300 includes:

[0038] S301, intelligently determine whether annual inspection is required and conduct remote annual inspection according to the type of IC card;

[0039] S302, verifying whether there is face obstruction and image forgery during the use of the IC card through face recognition;

[0040] According to the type of IC card, it is intelligently determined whether annual inspection is required and remote annual inspection is carried out, including: if the IC card is a senior citizen card, it is determined that the IC card needs annual inspection; if it is determined that the IC card needs annual inspection, the IC card annual inspection is carried out through the mobile communication platform using face recognition verification;

[0041] Face recognition verification of whether the IC card type and user are consistent includes: obtaining the user's face recognition video information through camera capture; judging whether the user is the IC card owner based on the face recognition video information, and intelligently identifying face occlusion and image forgery, and verifying whether there is face occlusion and image forgery during the use of the IC card.

[0042] Preferably, S400 includes:

[0043] S401, verify the legitimacy of the IC card. After the IC card is swiped on the card swiping terminal on the bus, the mobile communication platform will simultaneously verify the consistency between the passenger and the IC card. If the verification is passed, the passenger can board the bus; if it fails, a warning signal will be issued;

[0044] S402, the card swiping device terminal transmits the card swiping record to the mobile communication platform and the public transportation cloud platform;

[0045] S403, the mobile communication platform and the public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction.

[0046] Compared with the prior art, the present invention has at least the following beneficial effects:

[0047] The present invention provides a cross-cloud public transportation information processing IC card interaction system and method, which utilizes an IC encryption information transmission subsystem to write initial information and perform initial encryption of the IC card through IC card information read and write encryption, generate an initial identification information QR code and transmit it to a mobile communication platform; an IC interaction program multi-terminal deployment subsystem generates an IC card recognition interaction program through an IC card control center platform, uploads the IC card recognition interaction program to a public transportation cloud platform, and deploys a card swiping device terminal and a mobile communication platform; a remote annual review two-way verification subsystem intelligently determines whether an annual review is required and performs a remote annual review, and verifies whether there is face occlusion and image forgery during the use of the IC card through face recognition; a verification and verification synchronization IC interaction subsystem verifies the legitimacy of the IC card, and performs normal boarding or issues an abnormal warning signal; a mobile communication platform and a public transportation cloud platform perform cross-city and cross-regional synchronous calculation of travel expenses or the number of rides and cross-cloud public transportation information processing IC Card universal interaction; the present invention can improve the data information processing operation efficiency of public transportation and the intelligent degree of information data processing interaction, can promote the cross-domain extension of public transportation and cross-city and inter-city public transportation information interconnection, can perform IC encryption and mobile communication platform transmission and IC card identification interaction and perform terminal and platform deployment, can determine and perform remote annual inspection and verify the consistency of IC card owner and user, can verify the legitimacy of IC card and check the consistency of passenger and IC card to board the bus or issue an alarm signal, can perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction; through the interconnection of IC card terminals and mobile information terminals, public transportation information processing and data interaction are combined, public transportation information big data analysis and cloud platform deployment and cross-cloud data processing collaboration can be performed, and cross-domain operation or cross-city and inter-city public transportation information interconnection certification review and collaborative data processing can be performed.

[0048] The cross-cloud public transportation information processing IC card interaction system and method described in the present invention, other advantages, objectives and features of the present invention will be reflected in part through the following description, and in part will be understood by technical personnel in the field through research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0050] Figure 1 This is a diagram showing an embodiment of a cross-cloud public transportation information processing IC card interaction system described in the present invention.

[0051] Figure 2 This is a diagram showing an embodiment of a cross-cloud public transportation information processing IC card interaction method described in the present invention.

[0052] Figure 3 This is another embodiment diagram of a cross-cloud public transportation information processing IC card interaction system described in the present invention. DETAILED DESCRIPTION

[0053] The present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments so that those skilled in the art can implement the invention with reference to the description. Figure 1-Figure 3 As shown, the present invention provides a cross-cloud public transportation information processing IC card interaction system, comprising:

[0054] IC encrypted information transmission subsystem, which writes initial information and encrypts IC card information through IC card information reading and writing encryption, generates initial identification information QR code and transmits it to mobile communication platform;

[0055] IC interactive program multi-terminal deployment subsystem generates IC card recognition interactive program through IC card control center platform, uploads IC card recognition interactive program to public transportation cloud platform and deploys card swiping device terminal and mobile communication platform;

[0056] Remote annual inspection two-way verification subsystem, intelligently determines whether annual inspection is required and conducts remote annual inspection, and verifies whether there is face obstruction and image forgery during IC card use through face recognition;

[0057] Verify and check the synchronous IC interaction subsystem, verify the legitimacy of the IC card, and conduct normal boarding or issue an abnormal warning signal; the mobile communication platform and the public transportation cloud platform perform cross-city and cross-regional synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card general interaction.

[0058] The principle and effect of the above technical solution are as follows: the present invention provides a cross-cloud public transportation information processing IC card interaction system, including: an IC encryption information transmission subsystem, which performs initial information writing and IC card initial encryption through IC card information reading and writing encryption, generates an initial identification information QR code and transmits it to the mobile communication platform; an IC interaction program multi-terminal deployment subsystem, generates an IC card recognition interaction program through the IC card control center platform, uploads the IC card recognition interaction program to the public transportation cloud platform and deploys the card swiping device terminal and mobile communication platform; a remote annual inspection two-way verification subsystem, which intelligently determines whether an annual inspection is required and performs a remote annual inspection, and transmits it through facial recognition. Identify and verify whether there is face occlusion and image forgery during the use of IC card; verify and check the synchronization IC interaction subsystem, verify the legitimacy of IC card, and take the bus normally or send an abnormal warning signal; the mobile communication platform and the public transportation cloud platform perform cross-city and cross-regional synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card general interaction; the application of the present invention makes it unnecessary to recharge the IC card, and all IC card services such as annual inspection and loss reporting can be handled online, completely avoiding the trouble and anxiety of passengers going to the recharge point, reducing the layout of the public transportation card company's recharge points, and greatly reducing the operating costs of the public transportation card company. At the same time, a WeChat user can bind multiple IC cards, allowing family members to bind cards for their children and the elderly. In this way, students who do not have mobile phones and elderly people who are not familiar with using mobile phones can also use the convenience of online payment for riding. At the same time, parents can also understand the bus riding situation of people who use the bound IC card in real time through online applications. The present invention can improve the data information processing and operation efficiency of public transportation and the intelligent degree of information data processing interaction, can promote the cross-domain extension of public transportation and the interconnection of public transportation information between cities and cities, can perform IC encryption and mobile communication platform transmission and IC card identification interaction and perform terminal and platform deployment, can determine and perform remote annual inspection and verify the consistency of IC card owner and user, can verify the legitimacy of IC card and check the consistency of passenger and IC card to ride or issue warning signals, can perform cross-city and cross-regional synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card general interaction; public transportation information processing and data interaction are combined through the interconnection of IC card terminals and mobile information terminals, public transportation information big data analysis and cloud platform deployment and cross-cloud data processing collaboration can be performed, and cross-domain operation or cross-city and inter-city public transportation information interconnection certification review and collaborative data processing can be performed.

[0059] In one embodiment, the IC encrypted information transmission subsystem includes:

[0060] IC card information writing encryption subsystem, which performs initial information writing and IC card initial encryption through IC card information reading and writing encryption, or performs recovered card initialization and recovered card secondary encryption, and performs IC card initial information system backup;

[0061] The NFC QR code generation subsystem reads the IC card information through the NFC self-service terminal, generates an initial identification information QR code and transmits it to the mobile communication platform.

[0062] The principle and effect of the above technical solution are as follows: using IC encrypted information transmission, IC card information is written into the encryption subsystem, initial information is written and IC card initial encryption is performed through IC card information read and write encryption, or card recovery is initialized and re-encrypted, and the IC card initial information system is backed up; the NFC two-dimensional code generation subsystem reads the IC card information through the NFC self-service terminal, generates an initial identification information two-dimensional code and transmits it to the mobile communication platform; initial information is written and IC card initial encryption is performed through IC card information read and write encryption, or card recovery is initialized and re-encrypted, and the IC card initial information system is backed up In summary: an IC card radio frequency reader is used to transmit a first frequency electromagnetic wave to an IC card LC series resonant circuit, and the resonant frequency of the IC card LC series resonant circuit is the same as the frequency of the first frequency electromagnetic wave transmitted by the IC card radio frequency reader; under the excitation of the first frequency electromagnetic wave, the IC card LC series resonant circuit resonates, and a first capacitor charge is generated in the IC card first capacitor; a unidirectional conduction electron pump is electrically connected to the other end of the IC card first capacitor, and the unidirectional conduction electron pump sends the first capacitor charge in the IC card first capacitor to the IC card second capacitor for storage, and when the potential of the second capacitor charge accumulated in the IC card second capacitor reaches a set potential value, this The second capacitor of the IC card serves as the power supply of the IC card to provide the working voltage for the IC card circuit; the second capacitor of the IC card is connected in parallel with the piezoelectric ceramic sheet, and the third piezoelectric charge is generated when the piezoelectric ceramic sheet is deformed during the use of the IC card. The third piezoelectric charge is sent to the second capacitor of the IC card under the action of the potential difference, and the dual-mode power supply of the IC card power supply is performed; the data information of the IC card radio frequency reader is received through the IC card radio frequency circuit, and the IC card information is read and written and encrypted to write the initial information and the initial encryption of the IC card, or to initialize and encrypt the retrieved card twice; the data information in the IC card is transmitted to the IC card radio frequency reader through the IC card radio frequency circuit, and the IC The card radio frequency reader uploads data to the IC card control center platform, generates an IC card initial information backup key, the IC card initial information backup key includes an IC card authentication key hidden field, the IC card authentication key hidden field is only retrieved in the background non-visibly through the IC card control center platform, and performs an IC card initial information system backup; reading the IC card information through the NFC self-service terminal, generating an initial identification information QR code and transmitting it to the mobile communication platform includes: reading the IC card initial information written in the IC card data information sector through the NFC self-service terminal, generating an initial identification information QR code through the QR code generation software and transmitting it to the mobile communication platform;

[0063] IC card information reading and writing encryption includes: preventing unauthorized password encryption cracking or information data tampering through a built-in hidden verification anti-cracking module; multiple asymmetric encryption methods are stored in the built-in hidden verification anti-cracking module; when modifying or verifying the IC card password, the built-in hidden verification anti-cracking module randomly selects the first asymmetric encryption method, and only generates a new password for the first part of the field or a new verification code for the first part of the field through the first asymmetric encryption method; then, randomly selects the second asymmetric encryption method, and generates a new password for the second part of the field or a new verification code for the second part of the field; the lengths of the first part of the field and the second part of the field are random; even if the encryption method is cracked, the field length is unknown and multiple asymmetric encryptions are performed, and the initial authorization password cannot be reversely cracked; IC encryption and mobile communication platform transmission can be performed.

[0064] In one embodiment, the IC interactive program multi-terminal deployment subsystem includes:

[0065] IC card identification interactive program subsystem, generates IC card identification interactive program through IC card control center platform;

[0066] The bus cloud remote transmission subsystem uploads the IC card recognition interactive program to the bus cloud platform through remote data cloud transmission;

[0067] Mobile communication platform deployment subsystem. When the mobile communication platform applies for an IC card through a QR code, the bus cloud platform transmits the IC card recognition interaction program to the mobile communication platform for mobile communication platform deployment.

[0068] The principle and effect of the above technical solution are as follows: utilizing the multi-terminal deployment of the IC interactive program, the IC card identification interactive program subsystem, generating the IC card identification interactive program through the IC card control center platform; the bus cloud remote transmission subsystem, uploading the IC card identification interactive program to the bus cloud platform through remote data cloud transmission; the mobile communication platform deployment subsystem, when the mobile communication platform applies for an IC card through a QR code, the bus cloud platform transmits the IC card identification interactive program to the mobile communication platform for mobile communication platform deployment; generating the IC card identification interactive program through the IC card control center platform includes: retrieving the IC card identification authentication instruction through the IC card control center platform; performing anti-tampering information authentication on the IC card identification information through the IC card identification authentication instruction, retrieving the system backup I The C card initial information backup key is used to perform background calculation verification on the IC card initial information backup key and the IC card identification information generation key to determine whether the IC card information has been illegally tampered with or forged; when the IC card information has been illegally tampered with or forged, the IC card authentication failure alarm signal is triggered; when the IC card anti-tampering information authentication is successful, the IC card control center platform retrieves the basic IC card identification instructions; based on the IC card identification interaction information, an IC card identification intelligent interaction statement is generated through voice synthesis; the IC card identification intelligent interaction statement is matched with the basic IC card identification instruction; an IC card identification interaction program is generated; IC card identification interaction can be performed and terminal and platform deployment can be carried out; the data information processing operation efficiency and the intelligence level of information data processing interaction can be improved.

[0069] In one embodiment, the remote annual review two-way verification subsystem includes:

[0070] The remote review subsystem for annual review and approval can intelligently determine whether annual review is required and conduct remote annual review based on the type of IC card;

[0071] The face recognition two-way verification subsystem verifies whether there is face obstruction and image forgery during the use of the IC card through face recognition;

[0072] According to the type of IC card, it is intelligently determined whether annual inspection is required and remote annual inspection is carried out, including: if the IC card is a senior citizen card, it is determined that the IC card needs annual inspection; if it is determined that the IC card needs annual inspection, the IC card annual inspection is carried out through the mobile communication platform using face recognition verification;

[0073] Face recognition verification of whether the IC card type and user are consistent includes: obtaining the user's face recognition video information through camera capture; judging whether the user is the IC card owner based on the face recognition video information, and intelligently identifying face occlusion and image forgery, and verifying whether there is face occlusion and image forgery during the use of the IC card.

[0074] The principle and effect of the above technical solution are as follows: using remote annual review two-way verification, the annual review determination remote audit subsystem, according to the type of IC card, intelligently determines whether annual review is required and conducts remote annual review; the face recognition two-way verification subsystem verifies whether there is face occlusion and image forgery during the use of the IC card through face recognition; according to the type of IC card, intelligently determines whether annual review is required and conducts remote annual review, including: if the IC card is a senior citizen card, it determines that the IC card needs annual review; if it is determined that the IC card needs annual review, the IC card annual review is conducted through the mobile communication platform using face recognition verification; face recognition verification of whether the IC card type and user are consistent includes: obtaining the user's face recognition video information through video acquisition; based on the face recognition video information, determining whether the user is the owner of the IC card, and intelligently identifying face occlusion and image forgery, and verifying whether there is face occlusion and image forgery during the use of the IC card; based on the face recognition video information, determining whether the user is the owner of the IC card Whether the user is the owner of the IC card, and intelligently identify face occlusion and image forgery, verify whether there is face occlusion and image forgery in the process of using the IC card, including: according to the face recognition video information, extract the first face verification image whose shooting angle and image scaling size are closest to the ID card photo of the IC card owner in the face recognition video information, and compare the first face verification image with the ID card photo image of the IC card owner to determine whether the user is the IC card owner; while collecting video, analyze whether there is face occlusion, and imitate facial movements through voice, text or image to prompt the user to make corresponding verification facial movements, determine whether the corresponding verification facial movements are consistent with the voice, text or image imitation facial movements, intelligently identify face occlusion and image forgery, and verify whether there is face occlusion and image forgery in the process of using the IC card; it can determine and conduct remote annual inspection and verify the consistency of the IC card owner and user.

[0075] In one embodiment, the verification and checking synchronization IC interaction subsystem includes:

[0076] The legitimacy verification subsystem verifies the legitimacy of the IC card. After the IC card is swiped on the card swiping terminal on the bus, the mobile communication platform will simultaneously verify the consistency between the passenger and the IC card. Passengers can board the bus after the verification is passed; if it fails, a warning signal will be issued;

[0077] The dual-platform synchronous transmission subsystem, the card swiping device terminal will transmit the card swiping record to the mobile communication platform and the bus cloud platform;

[0078] The dual-end synchronous IC interaction subsystem, mobile communication platform and public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction.

[0079] The principle and effect of the above technical solution are as follows: using the verification and verification synchronous IC interaction, the legitimacy verification and verification subsystem verifies the legitimacy of the IC card. After the IC card is swiped on the card swiping device terminal on the bus, the mobile communication platform synchronously verifies the consistency between the passenger and the IC card. After the verification and verification are passed, the passenger can board the bus; if it fails, an alarm signal is issued; the dual-platform synchronous transmission subsystem, the card swiping device terminal will transmit this card swiping record to the mobile communication platform and the bus cloud platform; the dual-end synchronous IC interaction subsystem, the mobile communication platform and the bus cloud platform perform cross-city and cross-regional synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC Card-wide interaction; can determine and conduct remote annual inspection and verify the consistency of IC card owner and user, can verify the legitimacy of IC card and check the consistency between passenger and IC card to board the bus or issue an alarm signal, can synchronously calculate travel expenses or number of rides across cities and regions and process public transportation information across clouds IC card-wide interaction; through the interconnection of IC card terminals and mobile information terminals, public transportation information processing and data interaction can be combined, public transportation information big data analysis and cloud platform deployment and cross-cloud data processing collaboration can be carried out, and cross-domain operation or cross-city and inter-city public transportation information interconnection certification review and collaborative data processing can be carried out.

[0080] A cross-cloud public transportation information processing IC card interaction method, comprising:

[0081] S100, initial information is written and initial encryption of the IC card is performed through IC card information reading and writing encryption, and an initial identification information QR code is generated and transmitted to the mobile communication platform;

[0082] S200, generating an IC card recognition interaction program through the IC card control center platform, uploading the IC card recognition interaction program to the public transportation cloud platform, and deploying the card swiping device terminal and the mobile communication platform;

[0083] S300, intelligently determine whether annual inspection is required and conduct remote annual inspection, and verify whether there is face obstruction and image forgery during the use of IC card through face recognition;

[0084] S400, verify the legitimacy of the IC card, and proceed with normal boarding or issue an abnormal warning signal; the mobile communication platform and the public transportation cloud platform synchronously calculate the travel fee or the number of rides across cities and regions and the cross-cloud public transportation information processing IC card universal interaction.

[0085] The principle and effect of the above technical solution are as follows: a method for cross-cloud public transportation information processing IC card interaction, which performs initial information writing and IC card initial encryption through IC card information reading and writing encryption, generates an initial identification information QR code and transmits it to a mobile communication platform; generates an IC card recognition interaction program through an IC card control center platform, uploads the IC card recognition interaction program to a public transportation cloud platform, and deploys a card swiping device terminal and a mobile communication platform; intelligently determines whether an annual review is required and performs a remote annual review, and verifies whether there is face occlusion and image forgery during the use of the IC card through face recognition; verifies the legitimacy of the IC card, and performs normal riding or issues an abnormal warning signal; the mobile communication platform and the public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or the number of rides and cross-cloud public transportation information processing IC card general interaction; the application of the present invention makes it unnecessary to recharge the IC card, and all IC card services such as annual review and loss reporting can be handled online, which completely avoids the trouble and anxiety of passengers going to the recharge point, reduces the layout of the recharge point of the public transportation card company, and greatly reduces the operating cost of the public transportation card company; at the same time, a WeChat user can bind multiple IC cards, so that family members can give The present invention can improve the data information processing and operation efficiency of public transportation and the intelligent degree of information data processing interaction, promote the cross-domain extension of public transportation and the interconnection of public transportation information between cities and between cities, perform IC encryption and mobile communication platform transmission and IC card identification interaction and perform terminal and platform deployment, determine and perform remote annual inspection and verify the consistency of IC card owner and user, verify the legitimacy of IC card and check the consistency of passenger and IC card to take the bus or send out warning signal, perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card general interaction, combine public transportation information processing and data interaction through the intercommunication of IC card terminal and mobile information terminal, perform public transportation information big data analysis and cloud platform deployment and cross-cloud data processing collaboration, and perform cross-domain operation or cross-city and inter-city public transportation information interconnection authentication review and collaborative data processing.

[0086] In one embodiment, S100 includes:

[0087] S101, write initial information and encrypt IC card initially through IC card information reading and writing encryption, or initialize and re-encrypt the recovered card, and back up the IC card initial information system;

[0088] S102, reading the IC card information through the NFC self-service terminal, generating an initial identification information QR code and transmitting it to the mobile communication platform.

[0089] The principle and effect of the above technical solution are: to write initial information and encrypt IC card initially through IC card information reading and writing encryption, or to initialize and encrypt the retrieved card twice, and to back up the IC card initial information system; to read IC card information through NFC self-service terminal, generate initial identification information QR code and transmit it to mobile communication platform; to write initial information and encrypt IC card initially through IC card information reading and writing encryption, or to initialize and encrypt the retrieved card twice, and to back up the IC card initial information system, including: to transmit to IC card LC series resonant circuit through IC card radio frequency reader / writer, The first frequency electromagnetic wave, the resonant frequency of the IC card LC series resonant circuit is the same as the first frequency electromagnetic wave frequency emitted by the IC card radio frequency reader; under the excitation of the first frequency electromagnetic wave, the IC card LC series resonant circuit resonates, and a first capacitor charge is generated in the IC card first capacitor; at the other end of the IC card first capacitor, a unidirectional conduction electron pump is electrically connected, and the unidirectional conduction electron pump sends the first capacitor charge in the IC card first capacitor to the IC card second capacitor for storage. When the potential of the second capacitor charge accumulated in the IC card second capacitor reaches a set potential value, the IC card second capacitor is used as the IC card power supply for the IC card The circuit provides working voltage; the second capacitor of the IC card is connected in parallel with the piezoelectric ceramic piece, and the third piezoelectric charge is generated when the piezoelectric ceramic piece is deformed during the use of the IC card. The third piezoelectric charge is sent to the second capacitor of the IC card under the action of the potential difference, and the IC card power supply is dual-mode powered; the data information of the IC card radio frequency reader is received through the IC card radio frequency circuit, and the IC card information is read and written and encrypted to write initial information and the IC card is initially encrypted, or the card is retrieved and initialized and the card is retrieved twice; the data information in the IC card is transmitted to the IC card radio frequency reader through the IC card radio frequency circuit, and the IC card radio frequency reader transmits the data Upload to the IC card control center platform, generate the IC card initial information backup key, the IC card initial information backup key includes the IC card authentication key hidden field, the IC card authentication key hidden field is only retrieved in the background non-visibly through the IC card control center platform, and perform the IC card initial information system backup; read the IC card information through the NFC self-service terminal, generate the initial identification information QR code and transmit it to the mobile communication platform, including: read the IC card initial information written in the IC card data information sector through the NFC self-service terminal, generate the initial identification information QR code through the QR code generation software and transmit it to the mobile communication platform;

[0090] IC card information reading and writing encryption includes: preventing unauthorized password encryption cracking or information data tampering through a built-in hidden verification anti-cracking module; multiple asymmetric encryption methods are stored in the built-in hidden verification anti-cracking module; when modifying or verifying the IC card password, the built-in hidden verification anti-cracking module randomly selects the first asymmetric encryption method, and only generates a new password for the first part of the field or a new verification code for the first part of the field through the first asymmetric encryption method; then, randomly selects the second asymmetric encryption method, and generates a new password for the second part of the field or a new verification code for the second part of the field; the lengths of the first part of the field and the second part of the field are random; even if the encryption method is cracked, the field length is unknown and multiple asymmetric encryptions are performed, and the initial authorization password cannot be reversely cracked; IC encryption and mobile communication platform transmission can be performed.

[0091] In one embodiment, S200 includes:

[0092] S201, generating an IC card identification interactive program through an IC card control center platform;

[0093] S202, uploading the IC card recognition interactive program to the public transportation cloud platform through remote data cloud transmission;

[0094] S203, when the mobile communication platform applies for an IC card through a QR code, the bus cloud platform transmits the IC card recognition interaction program to the mobile communication platform for mobile communication platform deployment.

[0095] The principle and effect of the above technical solution are as follows: the IC card, cloud platform and cross-cloud data processing cooperate to perform asymmetric encryption in segments, each generating a password or verification code with a different encryption algorithm, which are merged into a complete password or verification code; an IC card recognition interaction program is generated through the IC card control center platform; the IC card recognition interaction program is uploaded to the public transportation cloud platform through remote data cloud transmission; when the mobile communication platform applies for an IC card through a QR code, the public transportation cloud platform transmits the IC card recognition interaction program to the mobile communication platform for mobile communication platform deployment; the IC card recognition interaction program is generated through the IC card control center platform, including: retrieving the IC card recognition authentication instruction through the IC card control center platform; performing tamper-proof information authentication on the IC card recognition information through the IC card recognition authentication instruction, and retrieving the system backup information. A copy of the IC card initial information backup key is used to perform background calculation verification on the IC card initial information backup key and the IC card identification information generation key to determine whether the IC card information has been illegally tampered with or forged; when the IC card information has been illegally tampered with or forged, the IC card authentication failure alarm signal is triggered; when the IC card anti-tampering information authentication is successful, the IC card control center platform retrieves the basic IC card identification instructions; based on the IC card identification interaction information, an IC card identification intelligent interaction statement is generated through voice synthesis; the IC card identification intelligent interaction statement is matched with the basic IC card identification instruction; an IC card identification interaction program is generated; IC card identification interaction can be performed and terminal and platform deployment can be carried out; the data information processing operation efficiency and the intelligence level of information data processing interaction can be improved.

[0096] In one embodiment, S300 includes:

[0097] S301, intelligently determine whether annual inspection is required and conduct remote annual inspection according to the type of IC card;

[0098] S302, verifying whether there is face obstruction and image forgery during the use of the IC card through face recognition;

[0099] According to the type of IC card, it is intelligently determined whether annual inspection is required and remote annual inspection is carried out, including: if the IC card is a senior citizen card, it is determined that the IC card needs annual inspection; if it is determined that the IC card needs annual inspection, the IC card annual inspection is carried out through the mobile communication platform using face recognition verification;

[0100] Face recognition verification of whether the IC card type and user are consistent includes: obtaining the user's face recognition video information through camera capture; judging whether the user is the IC card owner based on the face recognition video information, and intelligently identifying face occlusion and image forgery, and verifying whether there is face occlusion and image forgery during the use of the IC card.

[0101] The principle and effect of the above technical solution are as follows: according to the type of IC card, intelligently determine whether annual review is required and conduct remote annual review; verify whether there is face occlusion and image forgery during the use of IC card through face recognition; according to the type of IC card, intelligently determine whether annual review is required and conduct remote annual review, including: if the IC card is a senior citizen card, determine that the IC card needs annual review; if it is determined that the IC card needs annual review, use face recognition verification through the mobile communication platform to conduct annual review of the IC card; face recognition verification of whether the IC card type and the user are consistent includes: obtaining the user's face recognition video information through video acquisition; based on the face recognition video information, determine whether the user is the owner of the IC card, and intelligently identify face occlusion and image forgery, and verify whether there is face occlusion and image forgery during the use of the IC card; based on the face recognition video information, determine whether the user is the owner of the IC card, and intelligently identify face occlusion and image forgery Face occlusion and image forgery, verifying whether there is face occlusion and image forgery in the process of using the IC card includes: according to the face recognition video information, extracting the first face verification image whose shooting angle and image scaling size are closest to the ID card photo of the IC card owner in the face recognition video information, and comparing the first face verification image with the ID card photo image of the IC card owner to determine whether the user is the IC card owner; while collecting video, analyzing whether there is face occlusion, and imitating facial movements through voice, text or image prompts, prompting the user to make corresponding verification facial movements, determining whether the corresponding verification facial movements are consistent with the voice, text or image imitation facial movements, intelligently identifying face occlusion and image forgery, and verifying whether there is face occlusion and image forgery in the process of using the IC card; it can determine and conduct remote annual inspection and verify the consistency of the IC card owner and user.

[0102] In one embodiment, S400 includes:

[0103] S401, verify the legitimacy of the IC card. After the IC card is swiped on the card swiping terminal on the bus, the mobile communication platform will simultaneously verify the consistency between the passenger and the IC card. If the verification is passed, the passenger can board the bus; if it fails, a warning signal will be issued;

[0104] S402, the card swiping device terminal transmits the card swiping record to the mobile communication platform and the public transportation cloud platform;

[0105] S403, the mobile communication platform and the public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction.

[0106] The principle and effect of the above technical solution are: verifying the legitimacy of the IC card. After the IC card is swiped on the card swiping device terminal on the bus, the mobile communication platform will simultaneously check the consistency between the passenger and the IC card. After the verification is passed, the passenger can board the bus; if it fails, a warning signal will be issued; the card swiping device terminal will transmit this card swiping record to the mobile communication platform and the bus cloud platform; the mobile communication platform and the bus cloud platform will synchronously calculate the travel fee or the number of rides across cities and regions and the cross-cloud public transportation information processing IC card general interaction; it can determine and conduct remote annual inspection and verify the consistency of the IC card owner and user, can verify the legitimacy of the IC card and verify the consistency between the passenger and the IC card to board the bus or issue a warning signal, can synchronously calculate the travel fee or the number of rides across cities and regions and the cross-cloud public transportation information processing IC card general interaction; through the interconnection of IC card terminals and mobile information terminals, public transportation information processing and data interaction are combined, public transportation information big data analysis and cloud platform deployment and cross-cloud data processing collaboration can be carried out, and cross-domain operation or cross-city and inter-city public transportation information interconnection certification review collaborative data processing can be carried out.

[0107] Although the embodiments of the present invention have been disclosed as above, they are not limited to the applications listed in the specification and the implementation methods. They can be fully applied to various fields suitable for the present invention. For those familiar with the art, additional modifications can be easily implemented. Therefore, without departing from the general concept defined by the claims and the scope of equivalents, the present invention is not limited to the specific details and the illustrations shown and described herein.

Claims

1. A cross-cloud public transportation information processing IC card interactive system, characterized in that: include: IC encrypted information transmission subsystem, which writes initial information and encrypts IC card information through IC card information reading and writing encryption, generates initial identification information QR code and transmits it to mobile communication platform; IC interactive program multi-terminal deployment subsystem generates IC card recognition interactive program through IC card control center platform, uploads IC card recognition interactive program to public transportation cloud platform and deploys card swiping device terminal and mobile communication platform; Remote annual inspection two-way verification subsystem, intelligently determines whether annual inspection is required and conducts remote annual inspection, and verifies whether there is face obstruction and image forgery during IC card use through face recognition; Verify and check the synchronous IC interaction subsystem, verify the legitimacy of the IC card, and conduct normal boarding or issue abnormal warning signals; the mobile communication platform and the public transportation cloud platform synchronously calculate the travel cost or the number of rides across cities and regions, and conduct cross-cloud public transportation information processing IC card general interaction; IC interactive program multi-terminal deployment subsystem includes: IC card identification interactive program subsystem, generates IC card identification interactive program through IC card control center platform; The bus cloud remote transmission subsystem uploads the IC card recognition interactive program to the bus cloud platform through remote data cloud transmission; Mobile communication platform deployment subsystem: when the mobile communication platform applies for an IC card through a QR code, the public transportation cloud platform transmits the IC card identification interactive program to the mobile communication platform for mobile communication platform deployment; Generating an IC card identification interaction program through the IC card control center platform includes: calling the IC card identification authentication instruction through the IC card control center platform; performing tamper-proof information authentication on the IC card identification information through the IC card identification authentication instruction, calling the IC card initial information backup key backed up by the system, performing background operation verification on the IC card initial information backup key and the IC card identification information generation key, and determining whether the IC card information has been illegally tampered with or forged; when the IC card information has been illegally tampered with or forged, an IC card authentication failure alarm signal is triggered; when the IC card anti-tamper information authentication is successful, the IC card control center platform calls the basic IC card identification instruction; based on the IC card identification interaction information, generating an IC card identification intelligent interaction statement through speech synthesis; matching the IC card identification intelligent interaction statement with the basic IC card identification instruction; generating an IC card identification interaction program; The remote annual inspection two-way verification subsystem includes: The remote review subsystem for annual review and approval can intelligently determine whether annual review is required and conduct remote annual review based on the type of IC card; The face recognition two-way verification subsystem verifies whether there is face obstruction and image forgery during the use of the IC card through face recognition; According to the type of IC card, it is intelligently determined whether annual inspection is required and remote annual inspection is carried out, including: if the IC card is a senior citizen card, it is determined that the IC card needs annual inspection; if it is determined that the IC card needs annual inspection, the IC card annual inspection is carried out through the mobile communication platform using face recognition verification; Face recognition verification of whether the IC card type and the user are consistent includes: obtaining the user's face recognition video information through video acquisition; judging whether the user is the IC card owner based on the face recognition video information, and intelligently identifying face occlusion and image distortion forgery, and verifying whether there is face occlusion and image distortion forgery during the use of the IC card; Based on the face recognition video information, determine whether the user is the owner of the IC card, and intelligently identify face occlusion and image forgery, and verify whether there is face occlusion and image forgery in the process of using the IC card, including: extracting the first face verification image in the face recognition video information, which is closest to the IC card owner's ID card photo in shooting angle and image scaling, and compare the first face verification image with the IC card owner's ID card photo image to determine whether the user is the IC card owner; while collecting video, analyze whether there is face occlusion, and imitate facial movements through voice, text or image prompts, prompt the user to make corresponding verification facial movements, determine whether the corresponding verification facial movements are consistent with the voice, text or image imitation prompt facial movements, intelligently identify face occlusion and image forgery, and verify whether there is face occlusion and image forgery in the process of using the IC card; can determine and conduct remote annual inspection and verify the consistency of IC card owner and user; IC encrypted information transmission subsystem includes: IC card information writing encryption subsystem, which performs initial information writing and IC card initial encryption through IC card information reading and writing encryption, or performs recovered card initialization and recovered card secondary encryption, and performs IC card initial information system backup; The NFC QR code generation subsystem reads the IC card information through the NFC self-service terminal, generates the initial identification information QR code and transmits it to the mobile communication platform; The IC card information is read and written for initial information writing and initial encryption of the IC card, or the card is retrieved for initialization and secondary encryption of the card, and the initial information system of the IC card is backed up, including: emitting a first frequency electromagnetic wave to the IC card LC series resonant circuit through the IC card radio frequency reader, the resonant frequency of the IC card LC series resonant circuit is the same as the first frequency electromagnetic wave frequency emitted by the IC card radio frequency reader; under the excitation of the first frequency electromagnetic wave, the IC card LC series resonant circuit resonates, and a first capacitor charge is generated in the IC card first capacitor; at the other end of the IC card first capacitor, a unidirectional conduction electronic pump is electrically connected, and the unidirectional conduction electronic pump sends the first capacitor charge in the IC card first capacitor to the IC card second capacitor for storage, and when the potential of the second capacitor charge accumulated in the IC card second capacitor reaches a set potential value, the IC card second capacitor is used as an IC card power supply to provide a working voltage for the IC card circuit; the IC card second capacitor is connected in parallel with a piezoelectric ceramic sheet, and a third piezoelectric charge is generated when the piezoelectric ceramic sheet is deformed during the use of the IC card, and the third piezoelectric charge is generated when the piezoelectric ceramic sheet is deformed during the use of the IC card. The electric charge is sent to the second capacitor of the IC card under the action of the potential difference to perform dual-mode power supply of the IC card power supply; the data information of the IC card radio frequency reader is received through the IC card radio frequency circuit, and the IC card information is read and written and encrypted to write the initial information and the IC card is initially encrypted, or the card is retrieved and initialized and the card is retrieved twice; the data information in the IC card is transmitted to the IC card radio frequency reader through the IC card radio frequency circuit, and the IC card radio frequency reader uploads the data to the IC card control center platform to generate an IC card initial information backup key, the IC card initial information backup key includes an IC card authentication key hidden field, and the IC card authentication key hidden field is only retrieved in the background non-visibly through the IC card control center platform to perform an IC card initial information system backup; the IC card information is read out through the NFC self-service terminal, and the initial identification information QR code is generated and transmitted to the mobile communication platform, including: through the NFC self-service terminal, the IC card initial information written in the IC card data information sector is read, and the initial identification information QR code is generated by the QR code generation software and transmitted to the mobile communication platform; IC card information reading and writing encryption includes: preventing unauthorized password encryption cracking or information data tampering through a built-in hidden verification anti-cracking module; multiple asymmetric encryption methods are stored in the built-in hidden verification anti-cracking module; when modifying or verifying the IC card password, the built-in hidden verification anti-cracking module randomly selects the first asymmetric encryption method, and only generates a new password for the first part of the field or a new verification code for the first part of the field through the first asymmetric encryption method; then, randomly selects the second asymmetric encryption method, and generates a new password for the second part of the field or a new verification code for the second part of the field; the lengths of the first part of the field and the second part of the field are random; even if the encryption method is cracked, the field length is unknown and multiple asymmetric encryptions are performed, and the initial authorization password cannot be reversely cracked; IC encryption and mobile communication platform transmission can be performed.

2. According to claim 1, a cross-cloud public transportation information processing IC card interactive system is characterized in that: The verification and calibration synchronization IC interaction subsystem includes: The legitimacy verification subsystem verifies the legitimacy of the IC card. After the IC card is swiped on the card swiping terminal on the bus, the mobile communication platform will simultaneously verify the consistency between the passenger and the IC card. Passengers can board the bus after the verification is passed; if it fails, a warning signal will be issued; The dual-platform synchronous transmission subsystem, the card swiping device terminal will transmit the card swiping record to the mobile communication platform and the bus cloud platform; The dual-end synchronous IC interaction subsystem, mobile communication platform and public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction.

3. A cross-cloud public transportation information processing IC card interaction method, characterized in that: include: S100, initial information is written and initial encryption of the IC card is performed through IC card information reading and writing encryption, and an initial identification information QR code is generated and transmitted to the mobile communication platform; S200, generating an IC card recognition interaction program through the IC card control center platform, uploading the IC card recognition interaction program to the public transportation cloud platform, and deploying the card swiping device terminal and the mobile communication platform; S300, intelligently determine whether annual inspection is required and conduct remote annual inspection, and verify whether there is face obstruction and image forgery during the use of IC card through face recognition; S400, verify the legitimacy of the IC card, and proceed with the normal ride or issue an abnormal warning signal; The mobile communication platform and the public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel costs or ride times and cross-cloud public transportation information processing IC card universal interaction; S200 includes: S201, generating an IC card identification interactive program through an IC card control center platform; S202, uploading the IC card recognition interactive program to the public transportation cloud platform through remote data cloud transmission; S203, when the mobile communication platform applies for an IC card through a QR code, the public transportation cloud platform transmits the IC card identification interactive program to the mobile communication platform for mobile communication platform deployment; Generating an IC card identification interaction program through the IC card control center platform includes: calling the IC card identification authentication instruction through the IC card control center platform; performing tamper-proof information authentication on the IC card identification information through the IC card identification authentication instruction, calling the IC card initial information backup key backed up by the system, performing background operation verification on the IC card initial information backup key and the IC card identification information generation key, and determining whether the IC card information has been illegally tampered with or forged; when the IC card information has been illegally tampered with or forged, an IC card authentication failure alarm signal is triggered; when the IC card anti-tamper information authentication is successful, the IC card control center platform calls the basic IC card identification instruction; based on the IC card identification interaction information, generating an IC card identification intelligent interaction statement through speech synthesis; matching the IC card identification intelligent interaction statement with the basic IC card identification instruction; generating an IC card identification interaction program; S300 includes: S301, intelligently determine whether annual inspection is required and conduct remote annual inspection according to the type of IC card; S302, verifying whether there is face obstruction and image forgery during the use of the IC card through face recognition; According to the type of IC card, it is intelligently determined whether annual inspection is required and remote annual inspection is carried out, including: if the IC card is a senior citizen card, it is determined that the IC card needs annual inspection; if it is determined that the IC card needs annual inspection, the IC card annual inspection is carried out through the mobile communication platform using face recognition verification; Face recognition verification of whether the IC card type and the user are consistent includes: obtaining the user's face recognition video information through video acquisition; judging whether the user is the IC card owner based on the face recognition video information, and intelligently identifying face occlusion and image distortion forgery, and verifying whether there is face occlusion and image distortion forgery during the use of the IC card; Based on the face recognition video information, determine whether the user is the owner of the IC card, and intelligently identify face occlusion and image forgery, and verify whether there is face occlusion and image forgery in the process of using the IC card, including: extracting the first face verification image in the face recognition video information, which is closest to the IC card owner's ID card photo in shooting angle and image scaling, and compare the first face verification image with the IC card owner's ID card photo image to determine whether the user is the IC card owner; while collecting video, analyze whether there is face occlusion, and imitate facial movements through voice, text or image prompts, prompt the user to make corresponding verification facial movements, determine whether the corresponding verification facial movements are consistent with the voice, text or image imitation prompt facial movements, intelligently identify face occlusion and image forgery, and verify whether there is face occlusion and image forgery in the process of using the IC card; can determine and conduct remote annual inspection and verify the consistency of IC card owner and user; S100 includes: S101, write initial information and encrypt IC card initially through IC card information reading and writing encryption, or initialize and re-encrypt the recovered card, and back up the IC card initial information system; S102, reading the IC card information through the NFC self-service terminal, generating an initial identification information QR code and transmitting it to the mobile communication platform; The IC card information is read and written for initial information writing and initial encryption of the IC card, or the card is retrieved for initialization and secondary encryption of the card, and the initial information system of the IC card is backed up, including: emitting a first frequency electromagnetic wave to the IC card LC series resonant circuit through the IC card radio frequency reader, the resonant frequency of the IC card LC series resonant circuit is the same as the first frequency electromagnetic wave frequency emitted by the IC card radio frequency reader; under the excitation of the first frequency electromagnetic wave, the IC card LC series resonant circuit resonates, and a first capacitor charge is generated in the IC card first capacitor; at the other end of the IC card first capacitor, a unidirectional conduction electronic pump is electrically connected, and the unidirectional conduction electronic pump sends the first capacitor charge in the IC card first capacitor to the IC card second capacitor for storage, and when the potential of the second capacitor charge accumulated in the IC card second capacitor reaches a set potential value, the IC card second capacitor is used as an IC card power supply to provide a working voltage for the IC card circuit; the IC card second capacitor is connected in parallel with a piezoelectric ceramic sheet, and a third piezoelectric charge is generated when the piezoelectric ceramic sheet is deformed during the use of the IC card, and the third piezoelectric charge is generated when the piezoelectric ceramic sheet is deformed during the use of the IC card. The electric charge is sent to the second capacitor of the IC card under the action of the potential difference to perform dual-mode power supply of the IC card power supply; the data information of the IC card radio frequency reader is received through the IC card radio frequency circuit, and the IC card information is read and written and encrypted to write the initial information and the IC card is initially encrypted, or the card is retrieved and initialized and the card is retrieved twice; the data information in the IC card is transmitted to the IC card radio frequency reader through the IC card radio frequency circuit, and the IC card radio frequency reader uploads the data to the IC card control center platform to generate an IC card initial information backup key, the IC card initial information backup key includes an IC card authentication key hidden field, and the IC card authentication key hidden field is only retrieved in the background non-visibly through the IC card control center platform to perform an IC card initial information system backup; the IC card information is read out through the NFC self-service terminal, and the initial identification information QR code is generated and transmitted to the mobile communication platform, including: through the NFC self-service terminal, the IC card initial information written in the IC card data information sector is read, and the initial identification information QR code is generated by the QR code generation software and transmitted to the mobile communication platform; IC card information reading and writing encryption includes: preventing unauthorized password encryption cracking or information data tampering through a built-in hidden verification anti-cracking module; multiple asymmetric encryption methods are stored in the built-in hidden verification anti-cracking module; when modifying or verifying the IC card password, the built-in hidden verification anti-cracking module randomly selects the first asymmetric encryption method, and only generates a new password for the first part of the field or a new verification code for the first part of the field through the first asymmetric encryption method; then, randomly selects the second asymmetric encryption method, and generates a new password for the second part of the field or a new verification code for the second part of the field; the lengths of the first part of the field and the second part of the field are random; even if the encryption method is cracked, the field length is unknown and multiple asymmetric encryptions are performed, and the initial authorization password cannot be reversely cracked; IC encryption and mobile communication platform transmission can be performed.

4. A cross-cloud public transportation information processing IC card interaction method according to claim 3, characterized in that: S400 includes: S401, verify the legitimacy of the IC card. After the IC card is swiped on the card swiping terminal on the bus, the mobile communication platform will simultaneously verify the consistency between the passenger and the IC card. If the verification is passed, the passenger can board the bus; if it fails, a warning signal will be issued; S402, the card swiping device terminal transmits the card swiping record to the mobile communication platform and the public transportation cloud platform; S403, the mobile communication platform and the public transportation cloud platform perform cross-city and cross-region synchronous calculation of travel expenses or number of rides and cross-cloud public transportation information processing IC card universal interaction.

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