14170results about "Recording on magnetic disks" patented technology

A user interface for multimedia centers advantageously utilizes hand-held inertial-sensing user input devices to select channels and quickly navigate the dense menus of options. Extensive use of the high resolution and bandwidth of such user input devices is combined with strategies to avoid unintentional inputs and with dense and intuitive interactive graphical displays.

A system that allows consumers to manage content and create audio / video presentations in a small portable media device, and to share media files with other users of small portable media devices, without requiring access to a computer.

A method for providing user interfaces in a first network to a remote access device, the first network including interconnected first devices and at least one interface device for connecting the first network to a second network. The remote access device establishes communication with the second network and sends a request to the interface device for accessing the first network; at least one of the first devices obtains information from one or more of the first devices, and generates a user interface description including at least one reference associated with the device information, the reference including an external address such that the device is accessible from the remote access device; the interface device sends the user interface description to the remote access device; and the remote access device displays a user interface based on the user interface description.

Improved techniques for modifying a playback rate of an audio item (e.g., an audio stream) are disclosed. As a result, the audio item can be played back faster or slower than normal. The improved techniques are resource efficient and well suited for audio items containing speech. The resource efficiency of the improved techniques make them well suited for use with portable media devices, such as portable media players.

A recording type optical disk on which data is recordable includes a data recording and reproducing area for recording data therein and reproducing data therefrom, and a read-only disk identification information area for recording disk identification information for identifying the optical disk therein. In the optical disk, the disk identification information is formed by removing a reflection film that is formed on the optical disk in a strip shape. The disk identification information includes an inherent disk identifier for each optical disk, and the data recording and reproducing area includes an area for recording encrypted data therein. The encrypted data is encrypted by using information including the disk identification information for identifying the optical disk as a key.

An audio signal receiving apparatus includes a sound source information receiving portion to receive sound source information containing sound source type information indicating a sound source type of the audio signal being transmitted through channels and externally connected equipment playback sound source information indicating a sound source type of the audio signal being played back by the externally connected equipment from externally connected equipment, an audio signal receiving portion to receive the audio signal from the externally connected equipment, and a playbackable sound source setting portion to determine and set a sound source type of the audio signal that can played back to a playbackable sound source based on the sound source information. The playbackable sound source setting portion sets a sound source type of the audio signal being played back by the externally connected equipment to the playbackable sound source as an externally connected equipment playback sound source.

The invention enables a recorder to mark a recording as an event is being recorded. The invention can enable the specification of a mark so that the mark is associated with recording data obtained at a time other than the time at which the mark is specified (“non-contemporaneous marking”), i.e., prior to the time of the mark (“retrospective marking”) or after the time of the mark (“predictive marking”). The invention can also enable the use of multiple types of marks, each type of mark having a particular meaning. Additionally, the invention can enable marking capability to be implemented so that specification of a mark causes predetermined operation of the recording unit in accordance with the type of the mark (“augmented marking”).

Information processing equipment is so constructed that the power consumption of a disk drive for hard disks, optical disks, or the like can be reliably and sufficiently reduced. The host CPU (120) of an information processing unit (100) forms a command for changing the power consumption mode of a HDD (200) based on the state of control on the HDD (200). The host CPU supplies the command to the HDD (200) through a media controller (106). When the HDD (200) accepts the command, it changes its power consumption mode according to the instruction from the information processing unit. Thus, the information processing unit can control the power consumption mode of the HDD (200) based on the state of control on the HDD (200).

A game control unit includes a computer processor for executing game logic stored on a removable memory device. Rich, audiovisual content for the interactive gaming experience is provided on a digital video disk (DVD) in small clips which are selectively played back in a standard DVD player under control of the game control unit. Specifically, the game control unit mimics standard remote control signals to control playback of the audiovisual content by the DVD player.