Abstract:
The invention provides a method, system, and apparatus for finding, playing, and recording broadcasts on a mobile device (400) that includes two or more tuners and also works as a cellular telephone. The user can provide specific preferences or a pattern of use is employed by the mobile device to identify a broadcast. The mobile device tunes one tuner (452) to an identified broadcast and plays it for the user. While one tuner is playing a broadcast, the other tuner (453) is employed to scan for another broadcast based on user preference. When another broadcast is identified, the other tuner can start playing the scanned broadcast, cause it to be recorded for play back at a later time, or resume scanning for yet another broadcast based on user preference. When the mobile device is used for other purposes, the mobile device can resume playing a broadcast from the point of interruption.
Abstract:
A signal output apparatus includes a processing unit configured to generate selected one of a video signal and an audio signal and output the signal in a plurality of output forms, a plurality of output units configured to output each of the signals generated by the processing unit, a setting unit configured to set a receiver connected to each of the plurality of output units, and a control unit configured to output the output signal of the processing unit from each of the plurality of output units in an output form corresponding to the receiver set by the setting unit.
Abstract:
One of the most frustrating things when recording for example songs from the radio is that many times by the time the user decides that he/she would like to record for example some song, the beginning of the song is already lost. Or the user might zap between radio stations and tune into the station after the song has already started or for example after the beginning of an interesting conversation or message or News item and is frustrated that he missed the beginning of it. Similarly, for example while zapping through cable TV stations, a user might find for example a fascinating scientific program or a fascinating report and regret that he/she had not seen or recorded it from the start for later reference. The idea of retroactive recording and/or replay has existed already since 1990 and there are a number of patents about it, but they do not deal with the problem of enabling retroactive recording and/or replay also when the user is zapping between channels for example on Radio or on TV. The present invention describes an improved system and method for automatic time-shifted retroactive recording or replay, that applies retroactive recording and/or replay also to a situation of switching between channels. Additional improvements and possible implementations are also shown, including for example improved zapping speed which can be used also without retroactive replay/recording.
Abstract:
A monitoring receiver accepts program preferences from an operator. When active, the receiver automatically monitors alternate frequencies for programming that matches the program preferences, alerts the operator when a match is found, and may switch to a preferred program.
Abstract:
Scan a plurality of broadcast signals, select and receive one of the scanned broadcast signals and determine parameters about the received broadcast signal. Assign a priority to the received broadcast signal based on the parameters, and store the parameters and priority in memory. Redetermine the parameters in priority order in a manner that reduces the time for redetermining. Reassign a priority to the received broadcast signal based on the redetermined parameters, and update in memory the redetermined parameters and priority.
Abstract:
A decoder has a plurality of tuners (110a-110d) for receiving data from different sources. Each tuner (110a-110d) has an associated demultiplexer (120a-120d) controlled to select a portion of a received signal corresponding to a selected channel or channels. The demultiplexers output to a remultiplexer (130; 210a-210c) configured to determine selected signal portions that have overlapping addresses, to reallocate addresses of the signal portions so there is no overlap, and to multiplex the signal portions for supply to a common interface slot (140; 220a-220c).
Abstract:
A description is given of a radio receiver, in particular a VHF receiver, including a receiver stage, an evaluation stage, a memory stage, an operating element, a display element and a control unit. A database of stations which meet predetermined receiving criteria is stored by the control unit in the memory stage. Updating this database is subject to different preconditions, and requires only one receiver stage. The operating element can be used to call the desired stations from the database, in a sequence determined in accordance with different criteria, and these stations can be set to reproduce the radio signals.