Abstract: Provided is a configuration that confirms a settlement means designated by a user who makes settlement and reliably makes the settlement involving communication with a user terminal of the user. A store terminal inputs a user utterance made by the user and designating the settlement means via a microphone, executes voice recognition processing to determine the settlement means designated by the user, and transmits the user utterance to the user terminal via a communication unit. The user terminal determines whether or not the user utterance input from the store terminal matches a registered user utterance for collation stored in a storage unit, and transmits a payment execution notification to the store terminal on the basis of determination that the user utterance matches the registered user utterance. The store terminal executes the settlement processing in response to the payment execution notification received from the user terminal.

Abstract: The present disclosure provides a configuration that enables reliable payment processing while preventing fraudulent processing even in a case where a shop terminal does not have a function to communicate with a payment server. In a payment processing system including a shop terminal and a user terminal that perform a data write process and a data read process on a data- rewritable dynamic tag, and a payment server that performs communication with the user terminal, the shop terminal writes payment data including a settlement amount and a random number into the dynamic tag. The user terminal transmits the payment data recorded in the dynamic tag to the payment server, the payment server generates a signature and transmits the signature to the user terminal after the payment processing, and the user terminal writes the signature into the dynamic tag.

Abstract: An information processing device that includes processing devices and a relay device. Each processing device has at least one processing function associated with a unique function information item, a function determination portion, and a device information item notification portion. The function determination portion determines whether the processing device includes a processing function that corresponds to a function information item received from the relay device. If the processing device has the processing function, the device information item notification portion transmits a device information item to the relay device. The relay device includes a storage portion that stores the device information items, a function information item transmission portion, and a device information item recording portion.

Abstract: A thin secondary battery with a power-generating element 10 including positive electrode sheets 12 and negative electrode sheets 14 stacked with separators 5 interposed therebetween, wherein the outermost positive electrode sheet 12 of the power-generating element 10 includes a first resin layer 6a, instead of a positive electrode active material layer 1, on an outer surface of a positive electrode current collector 2, the outermost negative electrode sheet 14 of the power-generating element 10 includes a second resin layer 6b, instead of a negative electrode active material layer 3, on an outer surface of a negative electrode current collector 3, and the first and second resin layers 6a and 6b cover the power-generating element 10, and are bonded to each other at peripheral portions 9 surrounding the power-generating element 10, thereby hermetically sealing the power-generating element 10.

Abstract: An information processing device includes a transmission portion that transmits repeatedly, at a specified time interval, one combination packet that is created such that it includes, within a packet that is compatible with one format, a packet that is compatible with another format. It is therefore possible for the information processing device to perform non-contact communication in a plurality of formats without repeatedly transmitting in succession a plurality of copies of the same packet, each copy being compatible with a different format.

Abstract: An information processing device that includes processing devices and a relay device. Each processing device has at least one processing function associated with a unique function information item, a function determination portion, and a device information item notification portion. The function determination portion determines whether the processing device includes a processing function that corresponds to a function information item received from the relay device. If the processing device has the processing function, the device information item notification portion transmits a device information item to the relay device. The relay device includes a storage portion that stores the device information items, a function information item transmission portion, and a device information item recording portion.

Abstract: An IC card is provided that is capable of identifying a communication type of incoming data received by non-contact communication. The IC card includes: an error detection portion that, for each of a plurality of communication types, performs error detection of incoming data based on an encoding format defined by each of the communication types; and a type identification portion that identifies, among the plurality of communication types, a communication type in which error information is not detected by the error detection portion as a communication type of the incoming data.

Abstract: An information processing terminal includes: a first IC card chip constituted by a first control unit, a first storage unit configured to store applications to be processed by the first control unit, a first encryption unit configured to encrypt data created by any of the applications in the first storage unit before outputting the created data outside the chip, and a wireless control unit configured to permit noncontact wireless communication with a reader/writer; a second IC card chip constituted by a second control unit, a second storage unit configured to store applications to be processed by the second control unit, and a second encryption unit configured to encrypt data created by any of the applications in the second storage unit before outputting the created data outside the chip; and a terminal control unit configured to control data communication between the first IC card chip and the second IC card chip.

Abstract: An information processing device that includes processing devices and a relay device. Each processing device has at least one processing function associated with a unique function information item, a function determination portion, and a device information item notification portion. The function determination portion determines whether the processing device includes a processing function that corresponds to a function information item received from the relay device. If the processing device has the processing function, the device information item notification portion transmits a device information item to the relay device. The relay device includes a storage portion that stores the device information items, a function information item transmission portion, and a device information item recording portion.

Abstract: An information processing device that includes processing devices and a relay device. Each processing device has at least one processing function associated with a unique function information item, a function determination portion, and a device information item notification portion. The function determination portion determines whether the processing device includes a processing function that corresponds to a function information item received from the relay device. If the processing device has the processing function, the device information item notification portion transmits a device information item to the relay device. The relay device includes a storage portion that stores the device information items, a function information item transmission portion, and a device information item recording portion.

Abstract: There is provided an information processing terminal that has a plurality of data communication portions that receive data from a read/write unit by a non-contact method. The information processing terminal includes a data processing portion that selects and processes one of the data received by a first data communication portion that is one of the plurality of data communication portions and the data received by a second data communication portion that is one of the plurality of data communication portions. The information processing terminal also includes a load modulation portion that performs a load modulation with respect to a response to the read/write unit according to the data processing in the data processing portion.

Abstract: An information processing device includes a transmission portion that transmits repeatedly, at a specified time interval, one combination packet that is created such that it includes, within a packet that is compatible with one format, a packet that is compatible with another format. It is therefore possible for the information processing device to perform non-contact communication in a plurality of formats without repeatedly transmitting in succession a plurality of copies of the same packet, each copy being compatible with a different format.

Abstract: An information processing device that includes processing devices and a relay device. Each processing device has at least one processing function associated with a unique function information item, a function determination portion, and a device information item notification portion. The function determination portion determines whether the processing device includes a processing function that corresponds to a function information item received from the relay device. If the processing device has the processing function, the device information item notification portion transmits a device information item to the relay device. The relay device includes a storage portion that stores the device information items, a function information item transmission portion, and a device information item recording portion.

Abstract: An IC card is provided that is capable of identifying a communication type of incoming data received by non-contact communication. The IC card includes: an error detection portion that, for each of a plurality of communication types, performs error detection of incoming data based on an encoding format defined by each of the communication types; and a type identification portion that identifies, among the plurality of communication types, a communication type in which error information is not detected by the error detection portion as a communication type of the incoming data.

Abstract: There is provided an information processing terminal that has a plurality of data communication portions that receive data from a read/write unit by a non-contact method. The information processing terminal includes a data processing portion that selects and processes one of the data received by a first data communication portion that is one of the plurality of data communication portions and the data received by a second data communication portion that is one of the plurality of data communication portions. The information processing terminal also includes a load modulation portion that performs a load modulation with respect to a response to the read/write unit according to the data processing in the data processing portion.

Abstract: An information processing terminal includes: a first IC card chip constituted by a first control unit, a first storage unit configured to store applications to be processed by the first control unit, a first encryption unit configured to encrypt data created by any of the applications in the first storage unit before outputting the created data outside the chip, and a wireless control unit configured to permit noncontact wireless communication with a reader/writer; a second IC card chip constituted by a second control unit, a second storage unit configured to store applications to be processed by the second control unit, and a second encryption unit configured to encrypt data created by any of the applications in the second storage unit before outputting the created data outside the chip; and a terminal control unit configured to control data communication between the first IC card chip and the second IC card chip.

Abstract: A data processing apparatus adapted to receive power to operate a clock generator from a first power supply, such as a radio signal transmitter, or a second power supply, such as an internal power supply for a portable communication device. The data processing apparatus is configured to use a lower clock frequency when drawing power from the radio signal transmitter, and a higher clock frequency when drawing power from the internal battery.

Abstract: A data processing apparatus adapted to receive power to operate includes clock generating means for generating a clock; data processing means for receiving the power from a first power supply in which the power is caused by a radio signal transmitted from another data processing apparatus or a second power supply, which is an internal power supply, to perform data processing in synchronization with the clock; and clock controlling means for controlling the clock in accordance with the power supply from which the data processing means receives the power.