35results about How to "Meet the needs of the display" patented technology

The invention provides a display control method and device of a naked eye 3D display terminal and a display terminal, which can realize the switch between the horizontal screen 3D display and the longitudinal screen 3D display, so that the display terminal can keep the 3D display in the longitudinal screen state and the horizontal screen state. The display control method of the naked eye 3D display terminal comprises the following steps: confirming the current screen display direction of the naked eye 3D display terminal; obtaining first stereoscopic display parameters corresponding to a firstdirection when the display direction of the screen is the first direction; performing the first direction stereoscopic display according to the first stereoscopic display parameters; obtaining secondstereoscopic display parameters corresponding to a second direction when the display direction of the screen is changed from the first direction to the second direction; and performing the second direction stereoscopic display according to the second stereoscopic display parameters; wherein the first direction is one of the directions of the horizontal screen and the longitudinal screen, and thesecond direction is the other direction of the horizontal and the longitudinal screen. The invention realizes the mutual switching between the 3D display of the horizontal screen and the 3D display ofthe longitudinal screen.

The invention belongs to the technical field of liquid crystal panel detection, and discloses a liquid crystal glass panel detection signal generation device and method. The device includes a system clock module integrated in an FPGA chip, a module power supply module, an image generation module, an output timing generation module, a Signal generation module, output interface module and signal serialization output module; the method is based on its system, and the module power supply control signal for detecting the glass of the LCD panel is obtained according to the external LVDS signal or the internally generated multi-link RGB image, and the Mini‑LVDS clock signal, Mini-LVDS signal, and timing control TCON signal; it can be directly used to detect the display effect of the LCD glass panel integrated with the SOC, and can generate driving signals in different working modes through the upper layer settings to detect different LCD glass panels , suitable for mass inspection; provide human-machine interface and automatic control interface, high degree of automation; suitable for manual inspection or automatic inspection on the production line.

A method and electronic device for increasing brightness. The present invention provides an electronic device, which includes: a first light emitting module, a second light emitting module, a main driving unit and a first auxiliary driving unit; the driving unit includes a first control terminal and a second control terminal, the The first control terminal is used to supply power to the first light-emitting module during the first period and stop supplying power to the first light-emitting module during the second period, and the second control terminal is used to light the second light-emitting module only during the second period The second light-emitting module stops supplying power to the second light-emitting module during the first period, so that the first light-emitting module emits first light during the first period and the second light-emitting module emits light during the second period. The second light: the first auxiliary driving unit is used to supply power to the first light-emitting module during the second period, so that the first light-emitting module emits fourth light during the second period.

The invention provides a film transistor, a pixel structure, a display substrate, a display panel and a display device. The film transistor comprises a source electrode and a drain electrode. The center point of the source electrode and the center point of the drain electrode are symmetrical to each other in shape, and the source electrode and the drain electrode are not parallel in shape. The source electrode and the drain electrode of the film transistor are not parallel in shape, that is to say, the source electrode and the drain electrode are curves or multi-segment lines but not straight lines. Such source and drain electrodes enables the ratio of width to length (W / L) of the film transistor to be increased. In this way, the charging time for a pixel structure, charged by a data line, included in the film transistor is reduced, and the display demand is met. Meanwhile, the center point of the source electrode and the center point of the drain electrode are symmetrical to each other, so the characteristics of the film transistor are prevented from changing during switching between positive and negative frames, the sustaining voltage of pixels keeps unchanged, and unsteady flickering is avoided.

The invention provides a self-adaptive method and a system based on a cloud architecture. The method comprises the following steps of obtaining a mobile terminal request, and forwarding the mobile terminal request to a dynamic analysis server; enabling the dynamic analysis server to obtain the requested network webpage data according to the mobile terminal request, and dynamically analyzing the network webpage data, so as to obtain a dynamic analysis result; utilizing the analysis result to obtain a webpage service function fragment in a network webpage, and generating network slices; regrouping the network slices, generating the regrouped network webpage data, and sending the regrouped network webpage data to a mobile terminal.