181results about How to "Reduce display effect" patented technology

General anaglyphs may be rendered using multiple primary colors to display the first and second images of stereoscopic images. Retinal rivalry in the anaglyphs may be avoided by using transformations which balance the brightness contrast in the first and second images. Certain primary colors may be advantageous for rendering anaglyphs in six, five, four, and three primary colors. A white primary color is advantageous for displaying a monochrome second image with a color first image. General anaglyphs may be dynamically created by a display apparatus using certain transformations and communication with external sources. Four-primary-color anaglyphs may be compressed into three channels for transfer to a display apparatus. A user may select the primary colors of the first and second images and the relative brightness of the second image. Several methods to display general anaglyphs are disclosed.

An array substrate includes plural scanning lines (111); a thin film transistor (112) having a first dielectric film (115), (117), a semiconductor film (120) thereon, and a source electrode (126b) electrically coupled to the semiconductor film (120) and a drain electrode (126a); a signal line (110) as taken out of the drain electrode (126a) to extend at substantially right angles to the scanning lines (111); and a pixel electrode (131) electrically connected to the source electrode (126b), wherein the pixel electrode (131) is electrically connected to the source electrode (126b) through a second dielectric film (127) as disposed on at least the signal line (110) while the pixel electrode (131) overlaps an elongate region (113) from its neighboring scanning line (111) through the first and second dielectric films (115), (117), (127). With such an arrangement, an appropriate storage capacitor can be formed by causing the scanning lines and pixel electrode to overlap each other without having to decrease the manufacturing yield while enabling achievement of high aperture ratio.

The invention relates to a drive circuit and a drive method for a liquid crystal display device. The drive circuit of the liquid crystal display device comprises a liquid crystal panel for displaying images, a panel drive circuit for driving the liquid crystal panel to work, a timer and a memory. The timer calculates the working time of the liquid crystal panel and outputs a time signal expressing the working time. The memory stores a lookup table which records time signals expressing the working time of the liquid crystal panel and optimal compensating voltage corresponding to each time signal. The optimal compensating voltage is voltage which compensates a liquid crystal voltage clamp between a pixel electrode and common voltage in the liquid crystal panel. The panel drive circuit receives the time signals output by the timer, looks up the optimal compensating voltage corresponding to the time signal from the lookup table, and applies the optimal compensating voltage on the liquid crystal panel. The drive circuit of the liquid crystal display device can effectively eliminate the flicker.

The invention discloses a multipath high voltage output power supply circuit for a smectic phase liquid crystal electronic label, and a boost realization method based on the circuit. The circuit comprises a primary boost circuit, a rectification circuit, N charge pump dual-voltage circuits in cascade connection, and a voltage adjusting circuit. The N charge pump dual-voltage circuits perform voltage multiplying for N times on inputted low voltages, and then the voltages are transmitted to the smectic phase liquid crystal electronic label through a selected high-voltage output end. The boost method comprises: inputting DC low voltages, and after voltage adjustment through the voltage adjusting circuit, the voltage at each high-voltage output end respectively rises slowly to a corresponding needed high voltage value and is finally continuously outputted. According to the invention, high voltage output of multipath different voltage values is provided, each high voltage output is also provided with multiple high voltage value changes, outputted DC high voltages are stable and reliable, and the circuit and the method provided by the invention are particularly suitable for satisfying the demand for a quite good display effect only when the smectic phase liquid crystal electronic label displays different gray scales and different high voltages are needed at different temperature conditions.

The invention discloses a multi-process decoding method and a multi-process decoding system. The method includes starting a plurality of decoding processes; acquiring a plurality of decoding tasks; sequentially selecting a decoding task, acquiring load degree of each current decoding process according to related information, stored in a shared memory, of the decoding processes, and distributing the selected decoding task to the current decoding process with the lowest load for decoding. The problem that a single decoding process is easy to crash due to the fact that load balance cannot be achieved by multi-process decoding methods in the prior art is solved. The multi-process decoding method has the advantages that the decoding tasks are distributed to the decoding processes evenly to achieve load balance of the decoding processes, and accordingly, the risk of process crash caused by overload of a certain decoding process is reduced.

The invention discloses a light-emitting device, a pixel circuit and a control method thereof, and corresponding devices. According to the light-emitting device, region division is carried out on an anode and a cathode to form two sub cathodes and two sub anodes and thus light-emitting areas of the light-emitting device are controlled and different light-emitting areas of the light-emitting deviceare driven intermittently to emit light, so that the attenuation speed of the light-emitting layer is decreased and thus the service life of the light-emitting device is prolonged. Because of reduction of the attenuation speeds of the light-emitting layers, attenuation differences of the light-emitting layers of light-emitting devices with different colors during the application process are reduced and thus problems of uneven displaying and display residual image occurrence due to inconsistent attenuation of the light-emitting materials with different colors are solved. Besides, when the light-emitting device is applied to a pixel circuit, different light-emitting areas of the light-emitting device are driven by driving currents, thereby realizing displaying of different light-emitting brightness with high, middle, and low levels; and the differences of driving currents corresponding to the different light-emitting brightness are small, so that problems of uneven and blurred displaying under the low-grayscale displaying are solved.

A liquid crystal display device with a switchable viewing angle, and a viewing angle switching method. The liquid crystal display device comprises a display panel (20), wherein the display panel (20)comprises a first substrate (21), a second substrate (22) arranged opposite the first substrate (21), and a liquid crystal layer (23) located between the first substrate (21) and the second substrate(22); a viewing angle control electrode (215) is arranged on the first substrate (21), and a common electrode (225) and a pixel electrode (227) are arranged on the second substrate (22); the display panel (20) may be switched between a wide viewing angle mode and a narrow viewing angle mode. The liquid crystal display device also comprises a display control module (33) and a voltage output module(34), wherein in the wide viewing angle mode, the screen refresh frequency of the display panel (20) is the same as a data input frequency at which screen data is input to the display control module (33), and the voltage output module (34) outputs a direct-current voltage to the viewing angle control electrode (215); and in the narrow viewing angle mode, the screen refresh frequency of the displaypanel (20) is twice or quadruple the data input frequency at which the screen data is input to the display control module (33), and the voltage output module (34) outputs a periodic alternating-current voltage to the viewing angle control electrode (215).

The invention discloses a backlight adjustment method and device and a display device, relates to the field of displaying, solves the problem that contrast and display effect decrease when a display picture has a small-area white picture, and improves the display effect of pictures. The backlight adjustment method comprises: S1, judging whether a white picture area in a picture to be displayed, corresponding to a display partition, meets preset conditions or not, each display partition corresponding to one backlight-adjustable area; S2, if a judgment result is meeting the preset conditions, increasing backlight brightness of the area corresponding to the display partition.

The invention discloses a method and a device for controlling touch keys. The method for controlling the touch keys comprises the following steps of: acquiring the touch retention time of each touch key of at least two touch keys, wherein the touch keys comprise entity touch keys or virtual touch keys; acquiring interval time between a release event of each touch key and an enter event of an adjacent touch key; judging whether the touch retention time accords with preset touch retention time or not, and whether the interval time accords with preset interval time or not; and if the touch retention time accords with the preset touch retention time, and the interval time accords with the preset interval time, executing a preset control command. By the method and the device for controlling the touch keys, the number of the entity touch keys and the virtual touch keys can be effectively reduced under the condition that the original key functions are kept.

The invention discloses a COG (Chip On Glass) bonding method. The COG bonding method comprises attaching a Polaroid to a glass panel after the glass panel is cleaned and fixing an ACF (Anisotropic Conductive adhesive Film) on the glass panel; performing the pre-bonding treatment of the COG bonding process and fixing an IC (Integrated Circuit) on the ACF; performing the segment main bonding treatment of the COG bonding process and performing the complete curing on the IC and the glass panel. The invention also provides a temperature control device. According to the technical scheme of the COG bonding method and the temperature control device, the process of the COG bonding process is achieved through the segment main bonding process and accordingly the IC and the glass panel can have the same swelling amount and accordingly the badness can be avoided.

The invention provides a manufacturing method of a display device and a color filter thereof. The display device comprises a first substrate, a second substrate and a first cushion, wherein multiple filter layer patterns are arranged on the first substrate, and a shading layer pattern is arranged below every two adjacent filter layer patterns; the filter layer patterns include strip-type filter layer patterns and island-type filter layer patterns; the second substrate is arranged opposite to the first substrate; the first cushion is provided with a first end and a second end, the first end makes contact with the second substrate, and the second end makes contact with the strip-type filter layer patterns.

The invention relates to a liquid crystal display element, which comprises: an optical compensates plates at two sides of liquid crystal plate with vertical oriented mode; and a couple of deflecting plates for clamping the optical compensate plates and liquid crystal plate, wherein said optical compensate plate is formed by optical compensate layer; the refractive index Nx, Ny, and Nz of optical compensate layer have following relation that Nx>Ny>Nx; the surface internal phase difference R as (Nx-Ny)d is between 120nm-160nm; and the phase difference Rz at Z-direction as {(Nx+Ny)/2-Nz} is set between 50nm and 300nm.

The invention provides an OLED display and a manufacturing process thereof. The OLED display includes a substrate layer, an OLED light emitting layer, an encapsulation layer, a touch screen, and a cover plate. The cover plate includes a first region, and a second region and a third region which are arranged on the two sides of the first region and separated from each other. The second region and the third region each include two first organic layers and one or more first water blocking layers arranged between the two first organic layers, and a third organic layer is arranged between every two adjacent first water blocking layers. The first region includes two first organic layers and a second organic layer arranged between the two first organic layers. A protective layer of which the hardness is greater than that of the first organic layers is arranged on the outer surface of the cover plate. The cover plate can be bent, and the water blocking performance of the display is improved.

The invention discloses a high-resolution auto-stereoscopic display which is composed of a switching grating and a flat-panel display screen. The flat-panel display screen can be an LCD, a PDP, an LED or other equipment with a point-to-point image display function. The flat-panel display screen has high refresh frequency and can refresh an image at a frequency which is N times the base frequency under the control of a frequency-doubling player. A synchronizer controls the switching grating to carry out state switching which is synchronous with refreshing of the flat-panel display screen. Each frame of high-resolution stereoscopic synthetic image output by the frequency-doubling player is decomposed into N full-resolution sub images which are sequentially refreshed and displayed in a point-to-point manner in a basic refresh period, and the N sub images can be combined into an image with N-time definition under the action of the switching grating. The high-resolution auto-stereoscopic display has the outstanding advantage that large-viewing-angle and high-definition naked-eye stereoscopic display can be realized.

The invention discloses an organic light emitting diode (OLED) pixel array. The OLED pixel array comprises a plurality of pixel units, wherein the pixel units are arranged side by side in a line direction of the pixel array; each pixel unit comprises an R sub pixel, a G sub pixel and a B sub pixel; in each pixel unit, the B sub pixel is an intermediate sub pixel, and the R sub pixel and the G sub pixel are end sub pixels; and adjacent end sub pixels of two adjacent pixel units are same-type sub pixels. The invention also discloses a method for evaporating the pixel array by using a fine metal mask, wherein adjacent same-color sub pixels of the adjacent pixel units are evaporated in the same mask opening. The method has the advantages that color mixing is prevented, the resolution is improved, and the mask operation is facilitated. The invention also discloses an OLED display panel and display device applying the pixel array.

A novel smectic liquid crystal composition is disclosed. The smectic liquid crystal composition comprises at least, a dichroic dye, a dual-frequency switchable nematic liquid crystal and a smectic liquid crystal. The dielectric anisotropy of the composition changes from a positive value to a negative value with increasing a frequency of a field applied to the composition. A novel liquid crystal device is also disclosed. The device comprises a pair of electrodes of which at least one is a transparent electrode, and a layer between the pair of electrodes comprising the smectic liquid crystal composition.

The invention relates to a client screen updating display method based on a remote desktop protocol. The method comprises the following steps: (1) monitoring a picture change of a server screen and carrying out step (2); (2) mapping the change of the server screen to an application window; judging whether cache updating is influenced or not; if so, carrying out step (3); otherwise, carrying out step (4); (3) judging whether the size of an updating region of the application window exceeds a pre-set value or not; if so, carrying out differentiation updating of server caching and client caching and displaying on a client; otherwise, carrying out combination updating and displaying on a client; and (4) extracting a caching index corresponding to the application window stored in a server caching list to the client and extracting an image corresponding to the caching index from a client caching list by the client and displaying. Compared with the prior art, a lot of redundant data in a data transmission process can be removed, the data transmission amount is greatly reduced, the network bandwidth is saved and a network responding speed is improved.