Abstract:
A method, consistent with certain implementations involves at a television remote controller housing that provides a user interface that provides access to controls for television functions and encloses a television remote controller circuit: receiving a 3D shutter glasses synchronization signal; and re-transmitting the shutter glasses synchronization signal. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
A TV-set is equipped with HDMI and USB connections that allow it to display and run audio-video content from a variety of conventional consumer devices. The TV-set is further equipped to provide a secure HDMI-USB interface that will allow the transfer of licensed high definition content and Internet subscriber services. Such secure HDMI-USB interface also enables a selection of proprietary application modules to be attached. Downloadable user interface templates, much like XML style sheets, are rendered to a user interface displayed on the screen. These are associated with corresponding thumbnails and URI's that allow a user to surf through lists and catalogs of materials, and then to play them in the appropriate formats and provide the machine with a customized controller. A remote commander is simplified, yet expanded to control all the attached devices through interactions with the user interface. The functions of the remote commander's keys change depending on where the user is navigating and what device is being controlled, similar to so-called soft-keys.
Abstract:
A method involves presenting a viewer of images on an electronic display with a plurality of images each of which displays an ordered range of intensities of colors for each of a plurality of color families; providing the viewer with control over selection of a gamma correction factor for each of the plurality of color families so as to allow the viewer to select a gamma factor that presents an appearance of most equal steps in intensity change in each of the plurality of color families in order to compensate for a color vision impairment of the viewer; and displaying images on the electronic display, where the displayed images are compensated using the user selected gamma correction factors for each of the plurality of color families. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
A method of adjusting pixel height in a display panel having sub-pixelized pixels capable of operating in at least a tall mode and a short mode involves at a detector coupled to the display panel, detecting a position of a viewer viewing the display; at a processor, calculating a vertical viewing angle for a viewer; at the processor, determining if the calculated vertical viewing angle is within a predetermined range of vertical viewing angles; and the processor selecting a tall mode or a short mode for operation of the display panel as a result of the determining. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
A method of processing television images consistent with certain implementations involves receiving a command from a television user interface to capture a television image; capturing and storing a frame of the television image to a frame memory device; receiving commands from the television user interface for editing the captured image to at least isolate a portion of the image; editing the captured image in accord with the editing commands; and storing the isolated portion of the image to a storage device for subsequent retrieval. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
A TV-set is equipped with HDMI and USB connections that allow it to display and run audio-video content from a variety of conventional consumer devices. The TV-set is further equipped to provide a secure HDMI-USB interface that will allow the transfer of licensed high definition content and Internet subscriber services. Such secure HDMI-USB interface also enables a selection of proprietary application modules to be attached. Downloadable user interface templates, much like XML style sheets, are rendered to a user interface displayed on the screen. These are associated with corresponding thumbnails and URI's that allow a user to surf through lists and catalogs of materials, and then to play them in the appropriate formats and provide the machine with a customized controller. A remote commander is simplified, yet expanded to control all the attached devices through interactions with the user interface. The functions of the remote commander's keys change depending on where the user is navigating and what device is being controlled, similar to so-called soft-keys.
Abstract:
A method involves presenting a viewer of images on an electronic display with a plurality of images each of which displays an ordered range of intensities of colors for each of a plurality of color families; providing the viewer with control over selection of a gamma correction factor for each of the plurality of color families so as to allow the viewer to select a gamma factor that presents an appearance of most equal steps in intensity change in each of the plurality of color families in order to compensate for a color vision impairment of the viewer; and displaying images on the electronic display, where the displayed images are compensated using the user selected gamma correction factors for each of the plurality of color families. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
A remotely controllable electronic appliance has a radio frequency energy converter that receives a radio frequency energy from a remote controller and converts the radio frequency energy to electrical energy, where the electrical energy from the energy converter is used to supply power to receive a turn-on code. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
In certain embodiments, a remotely controllable television has an energy converter that receives light energy from a laser in a remote controller and converts the light energy to electrical energy. A remote control code interpreter that is receives a turn-on code from the remote controller. The electrical energy from the energy converter is used to supply power to the remote control code interpreter. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.
Abstract:
In certain embodiments, a remotely controllable television has an energy converter that receives light energy from a laser in a remote controller and converts the light energy to electrical energy. A remote control code interpreter that is receives a turn-on code from the remote controller. The electrical energy from the energy converter is used to supply power to the remote control code interpreter. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.