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Payment system and sim card and smart card substrate set. RU patent 2520324. |
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IPC classes for russian patent Payment system and sim card and smart card substrate set. RU patent 2520324. (RU 2520324):
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FIELD: radio engineering, communication. SUBSTANCE: payment system comprises a payment terminal, an information processing centre connected to said payment terminal, a smart card and a mobile communication means. The information processing centre is capable of transmitting and receiving messages by mobile communication. The SIM card of the mobile communication means is provided with a substrate having a microcontroller and a transceiver with an antenna and is formed with contact interfaces for connection to the SIM card and to the mobile communication means, wherein the substrate is fit into a socket of the mobile communications means. The smart card is equipped with an analogous transceiver with an antenna for data exchange with the substrate of the SIM card over a radio channel. EFFECT: using of any mobile communication means which uses a SIM card when making payments. 11 cl, 3 dwg
The technical field The present invention relates to payment systems, which provide for the use of smart cards and mobile communications. Prior art From the technical level, see the international publication WO 2009/039419 from 26.03.2009 the international application PCT/US2008/077089 known payment system, including payment terminals, the associated information processing center, smart card and means of mobile communication while processing center made with the possibility of sending and receiving messages by mobile communication and means of mobile communication and smart card made with the ability to communicate with each other over the air. The disadvantage of the payment system is the need for mandatory use of the mobile means of communication, made with bluetooth (Bluetooth), which limits the use of this payment system. In the existing level of technology is not identified a set of smart card and a substrate for the SIM (SIM - Subscriber Identification Module) card. However, known smart card made with the possibility of communicating with the means of mobile connection, see the international publication WO 2009/039419 from 26.03.2009 the international application PCT/US2008/077089, and the substrate for a SIM card with an embedded microcontroller, for example, see the patent US 6775725 from 10.08.2004 and patent US 7303137 from 04.12.2007. The disadvantage of smart cards and known substrates for SIM cards is that they can't communicate, and between them there is no radio channel. Disclosure of the invention The technical result, to achieve the stated payment system, is the possibility of using this system of any means of mobile connection that uses a SIM card. This technical result is achieved thanks to a universal means of a base for the SIM card, which provides data exchange with the smart card, and more precisely, thanks to the set of smart card and a substrate for the SIM card. The technical result, achieved in the proposed set of smart card and a substrate for the SIM card, is that between them implemented data exchange. Meanwhile, the application of universal because it can be used in the payment system practically any user mobile communications. This technical result is achieved in the payment system, including payment terminals, the associated information processing center, smart card and means of mobile communication with SIM card, while the processing center made with the possibility of sending and receiving messages by mobile communication and means of mobile communication and smart card made with the ability to communicate with each other over the air, because the SIM card of the mobile communication is equipped with a wafer made with the contact interfaces, printed on both sides of the substrate, to connect to the SIM card and the means of mobile communication, chip and transceiver with antenna to communicate with the smart card over the air. Communication between the smart card and mobile means of communication can be carried out in the high frequency range radio waves at distances of up to 10 m A smart card can be accomplished with the contact and/or contactless interfaces to communicate with the readers of payment terminals and contain the microcontroller, the battery is flat spiral antenna and transceiver with built-in antenna for data exchange via radio with the backing of the SIM card of the mobile means of communication. This technical result is achieved in a set of smart card and a substrate for the SIM card installed in the slot mobile phones with SIM card and made contact with interfaces to connect to SIM card and the means of mobile connection, and a substrate for SIM cards and smart card for data exchange between them via radio performed with chip and transceiver with antenna. Substrate for SIM cards and smart card can be made with the possibility of data exchange between them in the high frequency range radio waves, at a range of up to 10 meters A smart card can be accomplished with the contact and/or contactless interface for interaction with the appropriate reader payment terminal. Substrate for the SIM card installed SIM card in the slot mobile communications, made contact with interfaces to connect to SIM card and the means of mobile communication and mounted substrate chip and transceiver with antenna connected to the microcontroller. The substrate can be made of two layers of polyimide film, and the wiring from the contact interface and transceiver to the microcontroller can be made between layers of polyimide. The microcontroller and the transceiver with antenna can be mounted in a substrate on the part of the contact interface to connect to SIM. The microcontroller and the transceiver with antenna can be mounted in a substrate on the part of the contact interface to connect to a mobile means of communication. The substrate can be made of double-layer polyimide. The substrate may include additional layer of glue applied in the form of stripes along the edges of the substrate, to connect to SIM card. Brief description of drawings Figure 1 shows a diagram of the payment system, which shows a set of smart card and a substrate for the SIM card. Figure 2 and figure 3 shows options substrate for the SIM card. Embodiments of the invention Figure 1 presents the scheme of the payment system, including the payment terminal 1, the associated information processing center 2, smart card 3 and mobile phone 4 installed in the socket of the phone's SIM card 5 and substrate 6 SIM card, and the information processing center 2 made with the possibility of sending and receiving messages by mobile phone and a substrate for the SIM card 6 and smart card 3 is configured to communicate with each other over the air. Substrate for the SIM card 6 and smart card 3 are set using the user of the phone becomes a user of the payment system. Smart card 3 includes the microcontroller 7 and United with him transceiver with 8 antenna operating in the high frequency range of the radio waves to communicate with the substrate 6 SIM card and secure microcontroller 9 transceiver and antenna operating at a frequency of 13.56 MHz, for data exchange with a reader of the payment terminal. Shown in figure 2 substrate 6 installed in Jack on the phone with SIM card 5, made of double-layer thick polyimide with contact interface 10 to connect to SIM card 5, and on the reverse side of the contact interface similar SIM card to connect to a mobile phone, the microprocessor (chip) 11 and transceiver 12 with antenna 13 operating in the high frequency range of the radio waves to communicate with the smart card over the air. 14 - adhesive layer deposited on a substrate and private film shot before connecting to the substrate with a SIM card. The interconnection interface to the microcontroller (chip) and from the micro-controller to the transceiver is made between layers of polyimide. The thickness of the substrate included with the SIM card does not exceed 1,36 mm, which provides accommodation set in Jack on the phone to the SIM card. Alternatively host microcontroller chip and transceiver, as shown in Figure 3, where the 6 - substrate made of double-layer polyimide. The substrate can be also made of textolite, or fiberglass, or getinaks and PTFE, ceramic, polyimide materials, such as Kapton etc. On the substrate caused pin interface 15, similar to the interface of the SIM card, designed to connect the microcontroller 11 (chip) in the phone wiring from the interface to the microcontroller (chip) is made between the layers of polyimide. Also mounted transceiver 12, with built-in antenna 13 operating in the high frequency range radio waves. On the reverse side of the substrate is made contact interface to connect the microcontroller chip to SIM card 5. 16 - adhesive layer deposited on a substrate on the adjacent to the SIM party. It is also possible for another 2 variants of location of the microcontroller chip and transceiver. The microcontroller can be embedded in a substrate on the part of the contact interface to connect to a mobile communication transceiver with antenna on the part of the contact interface to connect to SIM-card. And Vice versa: the microcontroller can be embedded in a substrate on the part of the contact interface to connect to the SIM card, and transceiver with antenna on the part from the contact interface to connect to a mobile means of communication. The microcontroller 11 is able to communicate with the server software information processing center 2 (2) using a mobile phone 4 (2) through the network of the cellular operator. In the microcontroller 11 loaded software (operating system), which, in fact, is a software platform for accommodation in microcontroller 11 corporate client applications (services), intended for the end user. Transceiver 8 in the smart card contactless credit card) is similar to the built in substrate transceiver 12. Data transfer between two transceivers organized over a secure channel frequency range radio waves. The range up to 10 meters Secure microcontroller 9 in contactless credit card is intended for classified information storage. This microcontroller has two interfaces (Dual Interface Security Controller). The first interface pin, compliant IS07816 for Bank cards. The second interface - contactless corresponds to ISO 14443. Contactless interface operates at a frequency of 13.56 MHz using a flat spiral antenna attached to a secure microcontroller. This interface allows you to interact with your existing infrastructure contactless reader Bank cards and access systems in public transport. Steam works as follows. Reader contains a generator that powers the scanner antenna. Radiation antenna reader is taken antenna smart card and is used to power the chip (chip), which is when a voltage is applied using a modulator (M) begins to modulate the signal reader code written in permanent memory (ROM) card. The modulated signal the reader is detected, amplified and fed to the microcontroller, which converts taken from contactless cards signal to the form suitable for transmission to the external device connected to the reader. Contactless cards interact with a reader on the Protocol, defined by ISO 14443, at distance 10 cm Proximity between the substrate 6 microcontroller 11 in the phone and contactless card is carried out through built-in transceivers on the distance of 10 meters. Thus, there is a possibility of data exchange between the server software platform, mobile phone and contactless credit card. The described system of interaction devices: substrate 6 microcontroller 11 and contactless card (smart card) allows: client (user) access to information on their contactless card via the interface of the mobile phone; - service providers (banks, systems of public transport, retail, mobile operators) to secure access to the customer's card via wireless communications channels (for example, GPRS, Wi-Fi) to transfer classified information. The client receives the following features use your card, including through control card via the interface of mobile phone: - to make payments; - to manage accounts and payment of services in online and offline modes; - to use the contactless Bank cards; - to withdraw/Deposit card terminals and ATMs; - securely transfer funds between clients in online and offline modes; - to exercise control of access; - to buy and use e-tickets for public transport; - to buy and use electronic Parking cards and stamps; - use personal data in a contactless throughput systems; - to carry out marketing. 1. Payment system which includes a payment terminal, the associated information processing center, smart card and means of mobile communication, and the information processing center made with the possibility of sending and receiving messages by mobile communication and means of mobile communication and smart card made with the ability to communicate with each other via radio, wherein the SIM card of mobile phones is equipped with a substrate that is installed in the socket mobile phones with SIM card and made contact with interfaces to connect to SIM card and the means of mobile communication and mounted her chip and transceiver with antenna to communicate with the smart card over the air. 2. The system of claim 1, characterized in that the communication between the smart card and mobile means of communication is carried out in high-frequency radio wave range, at the distance up to 10 meters 3. The system of claim 1, characterized in that the smart card is made contact with and/or contactless interfaces to interact with the reader payment terminal and contains a microcontroller, a flat battery, flat helical antenna and transceiver with built-in antenna for data exchange via radio with the backing of the SIM card of the mobile means of communication. 4. A set of smart card and a substrate for the SIM card installed in the slot mobile phones with SIM card and made contact with interfaces to connect to SIM card and the means of mobile communication and mounted her chip and transceiver with antenna to communicate with the smart card, which is also made with chip and transceiver with antenna. 5. Set according to claim 4, wherein the substrate for SIM cards and smart card made with the possibility of data exchange between them in the high frequency range radio waves, at a range of up to 10 meters 6. Set according to claim 4, wherein the smart card is made contact with and/or contactless interface for interacting with a reader of the payment terminal. 7. Set according to claim 4, wherein the substrate for the SIM card is made of two layers of polyimide film, and the wiring from the contact interface and transceiver to the microcontroller is made between layers of polyimide. 8. Set according to claim 7, wherein the microcontroller and the transceiver with antenna mounted in a substrate on the part of the contact interface to connect to SIM.
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