Abstract: The present invention provides an organic electroluminescence device capable of having not only a device lifetime comparable to that of an existing organic electroluminescence device but also a small thickness of smaller than 10 ?m and excellent flexibility. The present invention relates to an organic electroluminescence device having a structure including: an anode; a cathode on a substrate; and a laminate of multiple layers between the anode and the cathode, the device having a thickness of smaller than 10 ?m.

Abstract: To enable information such as clip meta information to be automatically set to a camera. The camera transmits position information to a server via a network. The camera receives information related to a specific person who possesses a portable terminal located near a position indicated by the position information from the server via the network. For example, the specific person is a reporter who reports using the camera, and the information related to the specific person is coverage information regarding the reporter. Furthermore, for example, the specific person is a camera operator who operates the camera, and the information related to the specific person is camera setting information regarding the camera operator.

Abstract: A reception apparatus includes a buffer and processing circuitry. The buffer is configured to store a media stream. The processing circuitry is configured to read data of the media stream from the buffer according to a first elapsed buffer time, perform a first decoding of the data read from the buffer according to the first elapsed buffer time, and output the decoded data of the first decoding via a first interface. The processing circuitry is further configured to read the data from the buffer according to a second elapsed buffer time, perform a second decoding of the data read from the buffer according to the second elapsed buffer time, and output the decoded data of the second decoding via a second interface.

Abstract: To enable information such as clip meta information to be automatically set to a camera. The camera transmits position information to a server via a network. The camera receives information related to a specific person who possesses a portable terminal located near a position indicated by the position information from the server via the network. For example, the specific person is a reporter who reports using the camera, and the information related to the specific person is coverage information regarding the reporter. Furthermore, for example, the specific person is a camera operator who operates the camera, and the information related to the specific person is camera setting information regarding the camera operator.

Abstract: A reception apparatus includes a buffer and processing circuitry. The buffer is configured to store a media stream. The processing circuitry is configured to read data of the media stream from the buffer according to a first elapsed buffer time, perform a first decoding of the data read from the buffer according to the first elapsed buffer time, and output the decoded data of the first decoding via a first interface. The processing circuitry is further configured to read the data from the buffer according to a second elapsed buffer time, perform a second decoding of the data read from the buffer according to the second elapsed buffer time, and output the decoded data of the second decoding via a second interface.

Abstract: This data reception apparatus includes a first buffer capable of retaining a received packet at least in units of error correction blocks and a first controller that requests a transmission apparatus to retransmit a lost packet in the error correction block retained in the first buffer and performs processing of recovering the lost packet, and reads, from the first buffer, the error correction block at a point of time at which each of a plurality of particular data correction-allowed times different from each other elapses, performs error correction on each error correction block read at each point of time, and outputs each error correction result.

Abstract: This data reception apparatus includes a first buffer capable of retaining a received packet at least in units of error correction blocks and a first controller that requests a transmission apparatus to retransmit a lost packet in the error correction block retained in the first buffer and performs processing of recovering the lost packet, and reads, from the first buffer, the error correction block at a point of time at which each of a plurality of particular data correction-allowed times different from each other elapses, performs error correction on each error correction block read at each point of time, and outputs each error correction result.

Abstract: This data reception apparatus includes a first buffer capable of retaining a received packet at least in units of error correction blocks and a first controller that requests a transmission apparatus to retransmit a lost packet in the error correction block retained in the first buffer and performs processing of recovering the lost packet, and reads, from the first buffer, the error correction block at a point of time at which each of a plurality of particular data correction-allowed times different from each other elapses, performs error correction on each error correction block read at each point of time, and outputs each error correction result.

Abstract: This data reception apparatus includes a first buffer capable of retaining a received packet at least in units of error correction blocks and a first controller that requests a transmission apparatus to retransmit a lost packet in the error correction block retained in the first buffer and performs processing of recovering the lost packet, and reads, from the first buffer, the error correction block at a point of time at which each of a plurality of particular data correction-allowed times different from each other elapses, performs error correction on each error correction block read at each point of time, and outputs each error correction result.

Abstract: When data received separately in first and second reception processing is processed separately by first and second application programs, and when data received by the first reception processing contains specific data specifying processing by the second application program, and the specific data has regional properties, the current region where the second application program is executed is judged, and if the region does not match a region to which processing specified by the specific data belongs, the content specified by the specific data is converted based on data in a predetermined table, and processing is executed by the second application program. Accordingly, two application programs can be linked in a mobile phone unit or other terminal devices, and problems when executing one application with regional properties under control of the other application can be resolved.

Abstract: When data received separately in first and second reception processing is processed separately by first and second application programs, and when data received by the first reception processing contains specific data specifying processing by the second application program, and the specific data has regional properties, the current region where the second application program is executed is judged, and if the region does not match a region to which processing specified by the specific data belongs, the content specified by the specific data is converted based on data in a predetermined table, and processing is executed by the second application program. Accordingly, two application programs can be linked in a mobile phone unit or other terminal devices, and problems when executing one application with regional properties under control of the other application can be resolved.

Abstract: When data received separately in first and second reception processing is processed separately by first and second application programs, and when data received by the first reception processing contains specific data specifying processing by the second application program, and the specific data has regional properties, the current region where the second application program is executed is judged, and if the region does not match a region to which processing specified by the specific data belongs, the content specified by the specific data is converted based on data in a predetermined table, and processing is executed by the second application program. Accordingly, two application programs can be linked in a mobile phone unit or other terminal devices, and problems when executing one application with regional properties under control of the other application can be resolved.

Abstract: At a mobile terminal apparatus provided with a non-contact IC, flexible communication is carried out between the external reader/writer , non-contact IC and the internal application manager controller, and a program designated in the form of a push from the external reader/writer is activated and executed in a smooth manner at the mobile terminal apparatus. Normally, the non-contact IC cannot communicate with the application manager controller during communication with the external reader/writer, and cannot communicate with the external reader/writer during communication with the application manager controller. A specific command is transmitted from the external reader/writer together with information specifying a prescribed application during communication between the external reader/writer and the non-contact IC. When the specific command is received, the non-contact IC shifts to a communication state enabling communication with the application manager controller.

Abstract: At a mobile terminal apparatus provided with a non-contact IC, flexible communication is carried out between the external reader/writer , non-contact IC and the internal application manager controller, and a program designated in the form of a push from the external reader/writer is activated and executed in a smooth manner at the mobile terminal apparatus. Normally, the non-contact IC cannot communicate with the application manager controller during communication with the external reader/writer, and cannot communicate with the external reader/writer during communication with the application manager controller. A specific command is transmitted from the external reader/writer together with information specifying a prescribed application during communication between the external reader/writer and the non-contact IC. When the specific command is received, the non-contact IC shifts to a communication state enabling communication with the application manager controller.

Abstract: At a mobile terminal apparatus provided with a non-contact IC, flexible communication is carried out between the external reader/writer , non-contact IC and the internal application manager controller, and a program designated in the form of a push from the external reader/writer is activated and executed in a smooth manner at the mobile terminal apparatus. Normally, the non-contact IC cannot communicate with the application manager controller during communication with the external reader/writer, and cannot communicate with the external reader/writer during communication with the application manager controller. A specific command is transmitted from the external reader/writer together with information specifying a prescribed application during communication between the external reader/writer and the non-contact IC. When the specific command is received, the non-contact IC shifts to a communication state enabling communication with the application manager controller.

Abstract: When data received separately in first and second reception processing is processed separately by first and second application programs, and when data received by the first reception processing contains specific data specifying processing by the second application program, and the specific data has regional properties, the current region where the second application program is executed is judged, and if the region does not match a region to which processing specified by the specific data belongs, the content specified by the specific data is converted based on data in a predetermined table, and processing is executed by the second application program. Accordingly, two application programs can be linked in a mobile phone unit or other terminal devices, and problems when executing one application with regional properties under control of the other application can be resolved.

Abstract: At a mobile terminal apparatus provided with a non-contact IC, flexible communication is carried out between the external reader/writer , non-contact IC and the internal application manager controller, and a program designated in the form of a push from the external reader/writer is activated and executed in a smooth manner at the mobile terminal apparatus. Normally, the non-contact IC cannot communicate with the application manager controller during communication with the external reader/writer, and cannot communicate with the external reader/writer during communication with the application manager controller. A specific command is transmitted from the external reader/writer together with information specifying a prescribed application during communication between the external reader/writer and the non-contact IC. When the specific command is received, the non-contact IC shifts to a communication state enabling communication with the application manager controller.

Abstract: This invention relates to a communication terminal device. In order to realize a communication terminal device which improves the operational efficiency and the usability remarkably comparing to a conventional one, an operation key is designed to be rotated, pushed, and slid, and the movement direction or the movement amount of the cursor can be changed when the operation key is slid, so that the cursor can reach at a desired item quickly. As a result, the rotating amount to reach at a desired item can be reduced comparing to a conventional one. Therefore, a communication terminal device which improves the operational efficiency and the usability remarkably comparing to the conventional one can be realized.

Abstract: A buffer memory, an electrically erasable and writable ROM, a capacitor for holding a voltage, and a voltage detection circuit for detecting the voltage of a battery for a power source are provided in a portable telephone unit. During conversation, data to be saved is written into the buffer memory. At the time of ending the conversation, the data written in the buffer memory is transferred to a ROM and written therein. When the voltage detection circuit detects that the voltage of the battery is unobtainable, the buffer memory and the ROM are operated and the data written in the buffer memory is also transferred to the ROM and written therein by the voltage held in the capacitor.