35results about How to "Realize mobile payment" patented technology

The invention relates to the highway toll payment field, and especially relates to a highway toll mobile payment system and method based on a mobile end application and license plate identification. The system comprises a mobile payment APP, entrance/exit lane subsystems, a mobile payment operation management platform, a mobile payment gateway, a money collection and electronic invoice subsystem,and a province network clearing and settling center. The entrance/exit lane subsystems include license plate identification devices installed on all entrance/exit lanes, lane barrier gate controllers,and entrance/exit computers. The license plate identification devices at entrances/exits are adopted to collect license plate numbers of vehicles that pass by, the license plate numbers are input toa mobile payment background system, running paths of the vehicles are recorded through the license plate numbers, bound APP accounts are queried through the license plate numbers, and tolls are paid through a mobile terminal such as a mobile phone. In this way, mobile payment of tolls is realized, the lingering time of the vehicles at highway entrances/exits is reduced, and the pass speed is increased.

The invention discloses methods and devices for sending and receiving instruction information. The method for sending instruction information includes acquiring a first differential signal, carrying first instruction information and/or second instruction information, output from a data transmission interface of a mobile terminal, generating a first transmission signal carrying the first instruction information according to the acquired first differential signal and sending the first transmission signal to a receiving device. The first instruction information is used for indicating the receiving device to execute operations corresponding to the first instruction information, the second instruction information is used for indicating to send the first instruction information to the receiving device, and the first transmission signal is an optical signal or acoustic signal. With the methods and the devices for sending and receiving the instruction information, the technical problem that existing optical communication methods are difficult to be compatible with different types of mobile terminals is solved.

The invention provides a cross-platform communication method. The cross-platform communication method comprises the steps of receiving code scanning information sent by a first platform; Matching andanalyzing an analysis rule corresponding to the code scanning information according to a pre-established rule base; Analyzing the code scanning information according to the analysis rule, and determining a second platform corresponding to the code scanning information; The code scanning information is sent to the second platform, information intercommunication between different platforms can be achieved, the obstacle that information is not intercommunicated under different standards is solved, and therefore the information intercommunication function between different countries or different platforms is achieved.

The invention discloses a method and a device for sending and receiving command information. The method for sending the command information comprises the steps as follows: obtaining a first audio signal which carries first command information and/or second command information and is output by an audio interface of a mobile terminal, wherein the first command information is used for instructing a receiving device to execute an operation corresponding to the first command information, and the second command information is used for instructing sending of the first command information to the receiving device; according to the obtained first audio signal, generating a first transmission signal carrying the first command information and sending the first transmission signal to the receiving device, wherein the first transmission signal is an optical signal or an acoustic signal. According to the method and the device, the technical problem that existing optical communication methods are hard to be compatible with mobile terminals with different models is solved.

The invention discloses a mobile phone radio-frequency SIM card with an SWP function in a compatible mode. The mobile phone radio-frequency SIM card comprises an SIM micro-control unit, an SIM card contact point, an SWIO interface between the SIM micro-control unit and the SIM card contact point and an ISO/IEC 7816 interface signal line between the SIM micro-control unit and the SIM card contact point. The mobile phone radio-frequency SIM card further comprises a radio-frequency module, an SIM antenna connected with the radio-frequency module and a wired interface connected with the SIM micro-control unit and the radio-frequency module. The functions of mobile payment, ticket identification and identity recognition can be achieved for a NFC mobile phone or a non-NFC mobile phone without any modification of the mobile phone self.

The invention provides an NFC mobile payment method and a system thereof. The method includes the following steps: an NFC device and a smart mobile terminal establish a communication link through an earphone interface; the smart mobile terminal selects a payment card; the smart mobile terminal determines whether the NFC device stores card information of the payment card; if the NFC device stores card information of the payment card, the NFC device simulates the payment card for payment operation; if the NFC device does not store card information of the payment card, the smart mobile terminal transmits the card information of the payment card to the NFC device; the NFC device writes in the card information and simulates the payment card for payment operation. According to the invention, the method, through a universal earphone interface in external connection to the NFC device, enables the smart mobile terminal to have an NFC mobile payment function. The method at the same time supports invoking usage among a plurality of payment cards. The system effectively reduces cards held by a user, meets consumption demand of the user, and brings plenty of benefits to the user and better consumption experience.

The invention provides an IOT (Internet of Things) technology based automobile charging pile device with mobile payment. The device comprises the following components, i.e., a power grid monitoring platform, a charging set power supply dispatching platform, a charging pile platform, a background management platform, a charging pile monitoring platform, a charging pile control platform, a BMS management platform and a locating platform, wherein the charging pile platform is simultaneously connected with the charging pile control platform, the charging pile monitoring platform, the charging set power supply dispatching platform and the background management platform; the charging pile control platform is connected with the BMS management platform and is in wireless connection with the locating platform; the charging set power supply dispatching platform and the power grid monitoring platform access to a power grid; the charging set power supply dispatching platform is connected with the power grid monitoring platform. According to the device, the mobile payment of a charging fee can be achieved, and the impact on the power grid caused by citizen power utilization and charging pile power utilization can be intelligently balanced.

The invention relates to a Usbkey of a cellphone identity authentication terminal and application of the Usbkey. The Usbkey comprises a hardware system and a headset plug connected with the hardware system, a confirm button is arranged on the hardware system, the headset plug comprises an audio interface which comprises a microphone terminal, a grounding terminal, a right channel terminal and a left channel terminal, a circuit board is arranged inside the hardware system, and a code computing chip, a communication chip and a battery are arranged on the circuit board. The Usbkey of the cellphone identity authentication terminal has the advantages of simple structure, convenience in operation and strong practicability, can realize the function of one-time password and realize the function of mobile payment via symmetrical and asymmetrical encryption operation, and can store important information like personal passwords, certificates and parameters so as to keep the important information from being acquired illegally.

The invention provides a tax refund method, a tax refund platform and a tax refund system. The tax refund method comprises the steps of generating user identification information and sending the useridentification information to a user terminal equipment for display. The tax refund calculation and processing step combines the statutory tax refund rate of various tax refund commodities and the service fee ratio preset according to the specific tax refund method to perform tax refund calculation and modeling; after the merchant terminal equipment collects the user identification information, the commodity information of the target commodity is inputted into the tax refund calculation model, and the calculation result of the model is obtained. The synchronization information generating stepgenerates a tax refund link synchronization page and sends the page to the merchant terminal equipment and the user terminal equipment; the tax refund order generation processing step generates a taxrefund order corresponding to the user identification information and the model calculation result, and performs tax refund according to the collected tax refund method preselected by the user terminal equipment. The method is quick and simple, and improves the work efficiency. Tax rebates are all transacted online, which saves a lot of space rental and personnel costs.

The invention discloses a charging equipment management method based on mobile WiFi. A battery pack, a battery management system and a charging pile transmits battery pack data, battery management system data and charging pile data to a communication server through a mobile WiFi module; the communication server transmits the battery pack data, the battery management system data and the charging pile data to an application server, a WEB server and a data server; a mobile client is in communication with the application server; an IE client is in communication with the WEB server; fault diagnosis, remote control and remote upgrading are realized by the IE client; mobile payment and order inquiry services are realized by the mobile client; and intelligentization and informatization of chargingequipment are realized.

The present invention belongs to the technical field of electronic signatures, and in particular relates to an electronic signature device which aims to solve the technical problems that the existing electronic signature device is relatively thick, is inconvenient in carrying and can enable a magnetic stripe bank card to be demagnetized easily after being put into a wallet . A card-shaped first shell, a first circuit board and a first interface are assembled together to form a main body; a second shell, a second interface and a third interface are assembled together to form a connecting head; when the first interface and the second interface are plugged with each other, the connecting head is fixedly connected to the main body; and meanwhile, the third interface is in communication connection with the first circuit board by virtue of through connection of the first interface and the second interface, and can be connected with a terminal device by virtue of a data wire inserted into the third interface so as to realize data interchange and charging. The thickness of the electronic signature device is equivalent to that of a bank card, so that the electronic signature device can be put into the wallet, is convenient in carrying, and can realize mobile payment at all times and places. Moreover, the electronic signature device does not have a magnetic adsorption structure adopted by the existing electronic signature device, thereby avoiding a demagnetization condition of the magnetic stripe bank card when the electronic signature device is put into the wallet.

The invention provides an SD (secure digital memory) card. The SD card comprises a controller, a smart card chip, a memory and a metamaterial RF (radio frequency) antenna, wherein the smart card chip and the memory are respectively connected with the controller; the metamaterial RF antenna is connected with the smart card chip and comprises a dielectric substrate, a first metal sheet and a second metal sheet; the first and second metal sheets are adhered to the two opposite surfaces of the dielectric substrate; a first feeder is arranged around the first metal sheet; a second feeder is arranged around the second metal sheet; the first and second feeders are respectively fed into the first and second metal sheets by way of coupling; a first microgroove structure and a second microgroove structure are formed on the first and second metal sheets respectively; and the first feeder is electrically connected with the second feeder. The SD card has the following beneficial effects: due to adoption of the metamaterial RF antenna easy to miniaturize, the SD card can realize such functions as mobile payment, without being limited by operators, and is beneficial to cost saving and large scale application.

The invention discloses an intelligent wallet with a mobile payment function. The intelligent wallet comprises a circuit board arranged in a wallet body. The circuit board is provided with a NFC chip used for payment interaction with a NFC payment terminal, a fingerprint recognition module used for fingerprint recognition during mobile payment, and a MCU processor connected with the NFC chip and the NFC payment terminal and used for verifying fingerprint information recognized by the fingerprint recognition module and for controlling payment interaction between the NFC chip and the NFC payment terminal after verification. The intelligent wallet provided by the invention has the mobile payment function since the NFC chip and the fingerprint recognition module are arranged in the wallet; during mobile payment, the wallet approaches a payment mobile induction unit, verification is carried out via the fingerprint recognition module, and payment is completed if fingerprint is correct according to verification results; and as the NFC chip and fingerprint recognition are cooperatively employed for accomplishing mobile payment, security of payment is improved, and convenience is provided for users.