Abstract: An information recording and reproducing apparatus with a ring buffer, in which user can know a state of the ring buffer in a real-time manner and a monitoring method of the ring buffer. A ring buffer monitor image signal is generated which indicates an image showing a relative positional relation of a current recording position and a current reproducing position in the ring buffer.

Abstract: An image display apparatus is provided with: a display device for displaying an image with a resolution of 1280×768; and an image processing device for making graphic video information for displaying a GUI, so as not to exceed the resolution of 1280×768 and according to a difference in resolution of primitive video information with a resolution of 1920×1080, and for combining the made graphic video information with the primitive video information. The display device extracts the graphic video information from the primitive video information, to thereby display the GUI based on the extracted graphic video information.

Abstract: Disclosed is an apparatus for recording and reproducing information and an information reproducing method in which the reproducing operation can be restarted from a position where reproduction was interrupted. The restart is possible for all of information contents recorded on a recording medium and without the need of troublesome operations. For this purpose, reproduction history information representing a reproduction history of each of the information contents recorded on the recording medium is stored in a management memory.

Abstract: Disclosed is an apparatus for recording and reproducing information and an information reproducing method in which the reproducing operation can be restarted from a position where reproduction was interrupted. The restart is possible for all of information contents recorded on a recording medium and without the need of troublesome operations. For this purpose, reproduction history information representing a reproduction history of each of the information contents recorded on the recording medium is stored in a management memory.

Abstract: A coordinate position detecting method uses a plurality of light emitting elements and a plurality of light receiving elements located on mutually opposite sides, all the elements being arranged at a predetermined interval in horizontal and vertical directions, with each pair of mutually opposed light emitting element and light receiving element forming a light beam path, such that the coordinate position of a light blocking object can be detected once the light beam path is blocked. The method comprises: storing N previous coordinate datas obtained when detecting a movement of the light blocking ojecte, using n (1≦n≦N) coordinate datas of the N previous coordinate datas to calculate a coordinate position of the light blocking object; and changing the number of the coordinate datas for use in calculating the coordinate position, in accordance with a speed of the movment of the light blocking object.

Abstract: A hard disc recorder searches some pieces of information that match a search condition from a plurality of pieces of information recorded on a recording medium. The hard disc recorder then prepares playback order information to successively play the searched pieces of information in a desired order. A new name is assigned to the searched pieces of information on the basis of the search condition.

Abstract: An information record/playback machine includes a playback unit for reading a selected piece of information from a plurality of pieces of information recorded on a recording medium to play back the selected piece of information. The machine also includes a flag setting unit for preparing a flag indicating that the selected piece of information currently played should be deleted, in response to a command issued while the playback unit is playing the selected piece of information. The flag is attached to the selected piece of information. The machine further includes a display unit for displaying a list of all the pieces of information recorded on the recording medium except for the selected piece of information to which the flag is attached.

Abstract: Disclosed is an apparatus for recording and reproducing information and an information reproducing method in which the reproducing operation can be restarted from a position where reproduction was interrupted. The restart is possible for all of information contents recorded on a recording medium and without the need of troublesome operations. For this purpose, reproduction history information representing a reproduction history of each of the information contents recorded on the recording medium is stored in a management memory.

Abstract: A broadcast program recording apparatus and a recording method of a broadcast program, in which a broadcast program which a user watches periodically can be automatically recorded without performing a timer recording setting. Data of channel number, broadcast date, and broadcast time zone of the received broadcast program are additionally stored into a received program history memory in correspondence to each other. A channel number of a broadcast program having a broadcast date that is precedent to today's date by a predetermined number of days and a broadcast time zone that coincides with the present time is searched for from the received program history memory. A station selection control operation to control the receiving part is performed to receive a broadcast wave of the searched out channel number, to start the recording of the broadcast program received by the recording part.

Abstract: An information recording and reproducing apparatus with a ring buffer, in which user can know a state of the ring buffer in a real-time manner and a monitoring method of the ring buffer. A ring buffer monitor image signal is generated which indicates an image showing a relative positional relation of a current recording position and a current reproducing position in the ring buffer.

Abstract: A coordinate position detecting method uses a plurality of light emitting elements and a plurality of light receiving elements located on mutually opposite sides, all the elements being arranged at a predetermined interval in horizontal and vertical directions, with each pair of mutually opposed light emitting element and light receiving element forming a light beam path, such that the coordinate position of a light blocking object can be detected once the light beam path is blocked. The method comprises: storing N previous coordinate datas obtained when detecting a movement of the light blocking ojecte, using n (1≦n≦N) coordinate datas of the N previous coordinate datas to calculate a coordinate position of the light blocking object; and changing the number of the coordinate datas for use in calculating the coordinate position, in accordance with a speed of the movment of the light blocking object.