Abstract:
PROBLEM TO BE SOLVED: To perform a securities transaction by keeping safety in a securities brokerage transaction. SOLUTION: When a log-in request to a securities server 400 is received from a customer terminal 200, a bank server 300 generates log-in information, including log-in route information "0" indicating log-in via the bank server 300 and a log-in ID, and transmits the log-in information to the securities server 400. When there is a trouble with the bank server 300, the customer terminal 200 transmits the log-in information, including the log-in route information "1" indicating the log-in not via the bank server 300, as a direct log-in request to the securities server 400. The securities server 400 performs authentication processing, based on first log-in route information and the log-in ID for the log-in information received via an exclusive line 130, and performs authentication processing, based on whether second log-in route information is included or not, for the log-in information directly received via a network 140. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To record a video signal in a recording medium so as to reproduce the original color possessed by the recorded video signal as it is in a reproduction apparatus with high-fidelity. SOLUTION: A user designates either a sRGB color space or an extended sRGB color space as a color space of the video signal to be recorded. A signal processor 131 generates the video signal (luminance signal Y and color-difference signal Cb/Cr) corresponding to the designated color space. An encoding/decoding portion 132 data-compresses the video signal based on the MPEG4-AVC Standard and generates a compressed video signal to be recorded in the recording medium 135. A CPU 121 generates a color space identifier including information to show the color space which the user has designated and includes a SEI NAL unit storing the color space identifier in an access unit including a SPS NAL unit in the compressed video signal. The color space identifier having the information of the color space of the video signal is added to the video signal to be recorded in the recording medium 135. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a cellular phone terminal wherein an advantage of sorting is not spoiled based on a creation date and time information, both information created in an own device and recorded on a recording medium and information provided from the outside and recorded on the recording medium can be managed, and the sorting of information received through a network etc. can be performed exactly. SOLUTION: When an internal content file generated in own device or an external content file acquired from the outside is recorded on a recording means 10, information which shows that it is a content file generated in own device is stored and recorded on the recording medium 10 in the internal content file. Moreover, the information which shows that it is the content file acquired from the exterior is stored and recorded on the recording medium 10 in the external content file. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a method for recording additional information about an imaging environment, while associating the additional information with the information of a decoding/reproducing unit, when information about a plurality of decoding/reproducing units is contained within information in a read/write unit for a recording medium, in a method for recording image data obtained by imaging by an imaging device on the recording medium. SOLUTION: Imaged information is compressed before being recorded on the recording medium. The additional information is generated that indicates the environment at the imaging of the image information corresponding to one or a plurality of decoding/reproducing units within the information of a specified plurality of the decoding/reproducing units of the compressed imaged information included in a specified time. The information of a decoding/reproducing unit and the additional information are recorded on the recording medium for each data including the information of the specified plurality of the decoding/reproducing units and the additional information. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To manage both information created by a self-machine and recorded on a recording medium and information provided from the outside and recorded on the recording medium on the basis of creating date and hour information without damaging a classification advantage so that even the information obtained through a network or the like can be accurately classified. SOLUTION: When an internal content file generated in the self-machine and an external content file acquired from the outside are recorded in a recording means 10, and at least when the internal contents file is recorded in the recording means, an original record file flag indicating a content file generated in the self-machine is stored in the internal content file and recorded in the recording medium 10. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To easily perform processing related with a file even when a file is recorded in a recording medium whose capacity is large. SOLUTION: As for an encoding system for encoding or decoding data, for example, H.264/AVC, a CODEC class for classifying the performance of a CODEC for encoding or decoding data and a CODEC level being the group of one or more CODEC classes whose upward compatibility is guaranteed are based on specified specifications in a video camera. For example, data H.264/AVC are encoded into encoded data in CODEC class #2 in a CODEC level AVC_A. The encoded data are recorded in a recording medium as, for example, the file of "AVCA0001.MP4" being a file name expressing the CODEC level AVC_A of the encoded data. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To reflect information regarding each chapter included in a recording medium to a top menu when the recording medium is processed to be finalized. SOLUTION: An apparatus for recording information includes a title retrieving unit 310 which reads title information regarding each title of moving image data recorded on an optical disc from the optical disc as the recording medium. A chapter retrieving unit 320 reads chapter information regarding each chapter in each title based on the title information obtained in this manner. A representative image selecting unit 340 selects a representative image in each chapter based on the chapter information obtained in this manner. A menu generating unit 350 generates the top menu including a display area for reproducing each chapter based on the chapter information obtained by the chapter retrieving unit 320. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide an image detection apparatus which is equipped with an editing function and improves operability and affinity. SOLUTION: When reproducing the image data recorded on a recording medium 18, under control of a CPU 40, an image reproducing system composed of an MPEG video decoder 23, a video signal post-processing circuit 24, a display image forming circuit 50, a composition part 26 and an NTSC encoder 27 are functioned to reproduce the image composed of a plurality of moving images at a plurality of time points accepted through a remote controller 150. An image of any arbitrary frame in the moving image that is selected through the remote controller 150 out of the plurality of moving images as a display target, and images of preceding and following frames are displayed to speedily find out and specify the target image. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To manage a disk by imparting the additional information to the disk, which are different for every equipment. SOLUTION: By an information control part 351, a disk management table of a data control memory 328A is referred to collate whether a disk ID of the disk 1 acquired from a current disk information control part 353 is already being recorded or not. When such a decision is made that the disk is not the previously inserted one, as the result of collation, the disk information of the disk 1 is added to the disk management table by the information control part 351. The unique local disk ID, the name of a local disk, etc., can be inputted to the disk 1 by the user as the additional information for every equipment, and these additional information are also registered in the disk management table by the information control part 351 while corresponding to the disk ID. This method is applicable for a personal computer. COPYRIGHT: (C)2004,JPO