Thomson Licensing

Thomson Licensing S.a.

Audiovox Corporation

Thomson Consumer Electronics Inc.

Joseph Craig Engle

Akinyemi Odutola

Hans-Joachim Platte

Sung J Kim

Jesse Edward Herzberg

Robert Harold Metcalfe

Prapan Paul Tinaphong

Karl Francis Horlander

John Roberts

John H Furrey

John Herbert Stevens

Louis E Lenzi

Eric M Michielutti

Gregg Michael Morgan

Harold Metcalfe

Francis Arthur Davenport

Donald L Hornback

Matthew Dickinson

Harold Rhea McKee

A method for controlling a headphone having a microphone for receiving noise and user signals, the received noise being used to reduce noise at an output of the headphone, includes detecting a signal by the microphone; if the signal has a predefined characteristic, the signal is mapped to a control command; and the headphone is operated according to the command.

Method and apparatus for controlling a headphone

A universal smart remote control includes intelligence software and algorithms that have been programmed into the remote control's microprocessor memory, and a large display which is used to prompt the user to take certain actions. The remote control provides guidance to the user in setting up and operating the various components of his or her entertainment system, and asks the user non-technical questions that are understandable to the user.

Remote control and method of using same for controlling entertainment equipment

A home control protection system includes at least one surge protection strip having a plurality of power outlet receptacles, and a wall mountable central control unit that is in electrical communication with the at least one surge protection strip. The surge protection strip includes a replaceable surge protector module. The surge protection strip includes a circuit for detecting and counting the number of power surges which are shunted by the surge protector module, and compares the number of power surges with a predetermined threshold power surge number that corresponds to a predicted maximum number of power surges before failure of the surge protector module will occur.

Home control protection system

The invention concerns a method and apparatus for controlling a video-media recording device configured for automatically identifying and selectively skipping commercial message segments of a video signal. The method can include the steps of recording the video signal on a digital recording medium in a digital format; monitoring the video signal to detect an event start and an event end corresponding to a beginning and an end of at least one commercial message; and selectively storing in a memory location digital data identifying an event start information and an event end information. At least one of the event start information and the event end information can identify the location of the one or more commercial messages. The method can also include selectively skipping in a playback mode the commercial portion of the video signal responsive to the digital data identifying the event start information and the event end information.

Content identification in a digital video recorder

The invention concerns a method and system for identifying commercial message segments of a video signal. A set of rules is applied for determining the occurrence of commercial messages with a higher degree of accuracy as compared to conventional methods. In general, method includes the steps of monitoring a digital bit stream comprising the video signal, detecting a change in a control field of the digital bit stream, and then selectively generating a commercial event notification responsive to the detecting step. According to one aspect of the invention, a change in at least one of a video sequence header and a sequence display extension can be detected. Alternatively, or in addition to checking for a change in control field, the method can comprise the step of detecting a change in an informational parameter of the video signal exclusive of the audio-visual content.

Detection rules for a digital video recorder

Control field event detection in a digital video recorder

A system and method for eliminating absent or poor quality video sections from a video recording, such as a second generation of video recording. Synchronizing pulses associated with a video signal to be recorded are analyzed to determine whether a video signal is present and, further, to determine whether the video signal is not distorted (i.e., non-trick play mode). A recording device is selectively paused in response to the absence of a valid video signal or the presence of a video signal that is distorted, of poor quality or otherwise not worth recording.

Method and apparatus for video recording from previous recorded video

The present invention is a button on a device that has the ability to detect when a finger touches or is proximate to the button, especially to cause the initiation of a particular feature/function of the device. The button includes a proximity detector that is operable to sense or detect when a user's finger is proximate or on the button. The proximity detector may take many forms. These forms may be combined to provide greater selectivity. Additionally, sensitivity of the proximity detector may be set via threshold values. Sensitivity of the proximity detector correlates to detection or sensing of a user's finger at various distances from the button. One application is as an autofocus/shutter button on a camera.

Finger actuated device having a proximity detector

A video recording and playback device has a control track recorder for recording a control track signal including timing edges recorded on a tape or other storage medium together with the video program. A decoder is coupled to the control track signal and to the tape drive for switching among a forward play mode, a forward skip mode and a rewind mode, as a function of play, skip and rewind codes inserted into the control track as phase variations of edges other than those used for timing, or preferably as pulses with sloping edges distinct from the timing edges. In addition to selectively skipping sections of the video program preceded by a skip code and followed by a play code, such as commercial breaks, the device permits user editing of play and skip codes and selective multiple replays of sections of the video program preceded by a play code and followed by a rewind code. Replay can be continuous or for a predetermined number of replays, encoded in the control track signal with the play, skip or rewind codes. The play, skip and rewind codes and/or the number of play repetitions are user editable from an on screen menu for changing the content to be presented during a later playback.

Video replay automation with manual control track editing

Video recording and playback apparatus

Growing community of inventors

Carmel, IN, United States of America

Joseph Craig Engle