Abstract: This invention has as its object to provide more colorful menus and to improve interactiveness in contents playback from a recording medium. In an information recording medium having a data area including a management area and object area, the object area stores expanded video objects which undergo playback management for respective program chains, and advanced objects which are recorded independently of the expanded video objects. The management area stores a playback sequence which gives the playback conditions of the advanced objects. This playback sequence can include information used to update the playback sequence.

Abstract: A signal processing method multiplexes/arranges digital data of a specific unit to form a predetermined unit, adds an error correction code to the predetermined unit to constitute an error correction coded block, replaces a part of the error correction coded block with specific data, and outputs the error correction coded block with the specific data being replaced to a transmission medium or a recording medium.

Abstract: An information recording method for recording information on a recording medium, including providing a recording medium having first and second areas, the first area for recording ands reproducing video information, the second area for recording manager information, the manager information being referred to when the video information in the first area is reproduced, the video information including an object file for storing movie and/or still video objects, the manager information including video manager information containing information related to the movie and/or still video objects stored in the object file, the object file including manufacturer's information, the manufacturer's information including manufacturer ID and manufacturer's data, recording the movie and/or still video objects in the object file, recording the video manager information in a third area in the second area, and recording the manufacturer ID and manufacturer's data of a specific manufacturer in a fourth area in the object file.

Abstract: Audio information is recorded in units of tracks on an information storage medium on which audio information and management information that pertains to the audio information are recorded, and information indicating the playback sequence of the audio information is recorded in the management information. Furthermore, information indicating break positions of tracks with respect to the audio information is recorded in the information indicating the playback sequence.

Abstract: A data arranging method for linear PCM data, which allows both low-class and high-class machines to easily perform a reproduction process and can cope with multiple channels. Data having a structure in which each sample data of 20 bits or 24 bits of individual channels is separated to a main word consisting of 16 bits and an extra word consisting of 4 or 8 bits, a collection of 2n-th main words of the individual channels is arranged, a collection of (2n+1)-th main words of the individual channels is then arranged, a collection of 2n-th extra words of the individual channels is then arranged, and a collection of (2n+1)-th extra words of the individual channels is then arranged, is recorded on a recording medium or transferred.

Abstract: A data area of an information storage medium according to an embodiment of the invention has a video data recording area including an area for recording expanded video objects in addition to a management area, and an advanced content recording area including information different from the recording content of this area. The advanced content recording area has a playback sequence information recording area that stores playback sequence information which can arbitrarily define a playback sequence upon playing back a video picture of the expanded video objects using a markup language.

Abstract: An information recording medium to be played back by an apparatus for playing back first object data recorded in accordance with a first standard, the information recording medium comprises a management area, and a data area, wherein the data area is configured to store second object data recorded in accordance with a second standard which is different from the first standard, and the management area manages a record content of at least the second object data.

Abstract: A DVD audio data structure following high-sound-quality specifications is realized, making the best use of the audio data structure standard in DVD video. A first sample data string created by digitizing a first channel audio signal at a first sampling frequency in a first number of quantization bits, a second sample data string created by digitizing a second channel audio signal at a second sampling frequency in a second number of quantization bits, and header data including timing data to synchronize the first sample data string with the second sample data string are recorded on a recording medium.

Abstract: This invention has as its object to provide colorful menus, and improve interactiveness in content playback from an information storage medium. In an information storage medium including a management area and object areas, the object area stores an expanded video object (in HDVTS) which undergoes playback management by a logical unit called a program chain, and/or an advanced object (in AHDVTS) which undergoes playback control using a markup language. Management information (HDVMGI) in the management area includes information indicating one or both of the expanded video object and the advanced object as the object stored in the object area.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: An information recording method for recording information on a recording medium, including providing a recording medium having first and second areas, the first area for recording ands reproducing video information, the second area for recording manager information, the manager information being referred to when the video information in the first area is reproduced, the video information including an object file for storing movie and/or still video objects, the manager information including video manager information containing information related to the movie and/or still video objects stored in the object file, the object file including manufacturer's information, the manufacturer's information including manufacturer ID and manufacturer's data, recording the movie and/or still video objects in the object file, recording the video manager information in a third area in the second area, and recording the manufacturer ID and manufacturer's data of a specific manufacturer in a fourth area in the object file.

Abstract: A signal processing method multiplexes/arranges digital data of a specific unit to form a predetermined unit, adds an error correction code to the predetermined unit to constitute an error correction coded block, replaces a part of the error correction coded block with specific data, and outputs the error correction coded block with the specific data being replaced to a transmission medium or a recording medium.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: An information recording method for recording information on a recording medium, including providing a recording medium having first and second areas, the first area for recording ands reproducing video information, the second area for recording manager information, the manager information being referred to when the video information in the first area is reproduced, the video information including an object file for storing movie and/or still video objects, the manager information including video manager information containing information related to the movie and/or still video objects stored in the object file, the object file including manufacturer's information, the manufacturer's information including manufacturer ID and manufacturer's data, recording the movie and/or still video objects in the object file, recording the video manager information in a third area in the second area, and recording the manufacturer ID and manufacturer's data of a specific manufacturer in a fourth area in the object file.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: Audio information is recorded in units of tracks on an information storage medium on which audio information and management information that pertains to the audio information are recorded, and information indicating the playback sequence of the audio information is recorded in the management information. Furthermore, information indicating break positions of tracks with respect to the audio information is recorded in the information indicating the playback sequence.

Abstract: There are provided a first image information output unit which overlaps first sub-picture information having high resolution HD onto main image information having high resolution HD to be outputted in accordance with a required image output format, and a second image information output unit which overlaps second sub-picture information having low resolution SD onto information into which the main image information having high resolution HD has been converted to have the low resolution SD to be outputted in accordance with a required image output format.

Abstract: There is disclosed a sheet accumulation processing device having a shielding mechanism of a sheet discharge opening which is simple in mechanism, low in cost and requires no complicated control. In the device, after an end of a sheet bunch sent via one end of a slit opening formed in a housing front face of the device is received by a sheet holding means disposed in the slit opening in a predetermined receiving position, the sheet holding means with the sheet bunch held therein is moved along the opening and, in a predetermined discharge position in the slit opening, discharges the sheet bunch onto a sheet accumulating tray in front of the housing. In the discharge position, a sheet holding section of the holding means is rotated forward and downward from its sheet-bunch holding condition and protruded forward from the housing front face, then releases the sheet bunch to place the sheet bunch onto the sheet accumulating tray.