Abstract:
An electronic device (10), comprising: a flexible display (14) that is movable between a folded position and an unfolded position; a sensor (24, 26) that detects whether the flexible display (14) is in the folded position or the unfolded position; and processing circuitry (46) that automatically turns on the flexible display (12) when the flexible display (12) moves from the folded position to the unfolded position and that automatically turns off the flexible display when the flexible display (12) moves from the unfolded position to the folded position.
Abstract:
L'équipement intérieur (1) comprend : - une structure (3) ayant une fenêtre (9) entourée par une zone de bord (12) ; - un écran électronique d'affichage (7) placé dans la fenêtre (9). Dans un état de veille de l'écran (7), celui-ci affiche une image décorative coordonnée avec le décor de la zone de bord (12) pour qu'au moins la zone périphérique (14) de l'écran et la zone de bord (12) se confondent visuellement.
Abstract:
A device includes a touch screen display comprising a touch sensitive panel and a display. The touch sensitive panel receives a touch event, and records the touch event as touch panel data. The device analyzes the touch panel data to identify the touch event as a valid or a non-valid touch event, determines, if the touch event is a non-valid touch event and based on the touch panel data, one or more regions of a touch panel display associated with the non-valid touch event, and turns off or dims the determined one or more regions of the touch panel display.
Abstract:
A display apparatus and a remote control apparatus are provided. A display system according to the exemplary embodiment: a display apparatus, and a remote control apparatus sensing a motion and transmitting the sensed motion information to the display apparatus. The display apparatus displays a UI element when receiving motion information of the remote control apparatus and displays image contents when receiving a power on command from the remote control apparatus while the UI element is displayed.
Abstract:
The present invention relates to the field of display technology, and provides a circuit and a method for eliminating a shutdown after-image, and a display device. The circuit for eliminating the shutdown after-image in a liquid crystal panel comprises a control module configured to apply a common voltage of a liquid crystal panel to a gate line of the liquid crystal panel under the control of a shutdown signal when the liquid crystal panel is shut down. According to the present invention, it is able to eliminate the shutdown after-image and prevent the occurrence of large shutdown current.
Abstract:
A display apparatus, a display system having a plurality of display apparatuses, and a method for controlling the display system are disclosed in which a first voltage of a first transmission channel of a first display apparatus is changed according to transition from a power saving state to a wake-up state and a second display apparatus electrically connected to the first display apparatus detects variation of voltage of a first reception channel corresponding to voltage variation of the first transmission channel and transitions from a power saving state to a wake-up state according to the detection.
Abstract:
A display apparatus which determines a screen to be displayed when a power-on command is input, and method thereof, is provided. The display apparatus includes a display configured to display a content; an input unit configured to receive a command; and a controller configured to: in response to a power-off command being input while a content is displayed, determine whether or not the displayed content is appropriate to be subsequently displayed when a power-on command is input; in response to determining that the displayed content is not appropriate to be subsequently displayed when the power-on command is input, store a predetermined initial screen; in response to determining that the displayed content is appropriate to be subsequently displayed when a power-on command is input, store the displayed content; and in response to a power-on command being input, control the display to display the predetermined initial screen or the displayed content.
Abstract:
A burning protection circuit of a display device includes a plurality of current measuring units and a control unit. The display device includes a plurality of pixel blocks. Each of the pixel blocks includes a plurality of pixels. The pixel blocks are respectively supplied with power through a plurality of power supply lines. The current measuring units are configured to respectively generate a plurality of measured current values by respectively measuring a plurality of currents respectively supplied to the pixel blocks through the power supply lines. The control unit is configured to respectively generate a plurality of block data for the pixel blocks based on pixel data for the pixels of corresponding ones of the pixel blocks, and determine whether an overcurrent occurs based on a plurality of ratios of the measured current values to corresponding ones of the block data.