198results about How to "Does not affect the display effect" patented technology

The invention provides a liquid crystal display panel periphery design circuit and a liquid crystal display panel adopting the same. The liquid crystal display panel periphery design circuit is applied to the liquid crystal display panel and comprises a shunt, a testing line, a driver integrated circuit area and a fan-out structure, wherein the driver integrated circuit area comprises an upper bonding pad, a lower bonding pad and a driver integrated circuit connected with the upper bonding pad and the lower bonding pad, the upper bonding pad and the lower bonding pad are oppositely arranged, and the fan-out structure is connected with the lower bonding pad and the shunt; the testing line is arranged between the upper bonding pad and the lower bonding pad, the driver integrated circuit covers the testing line, and the testing line is connected to the lower bonding pad. The liquid crystal display panel periphery design circuit has the advantage that on the premise that the display effect of the liquid crystal display panel is not affected, the peripheral space of the liquid crystal display panel is effectively saved, so that narrow-frame design of the liquid crystal display panel can be realized and the appearance of the liquid crystal display panel is improved.

The invention provides a thin film transistor array substrate, a manufacturing method and a liquid crystal display panel. The thin film transistor array substrate comprises a substrate, scanning lines, data lines, signal input lines and current feedback lines, wherein the scanning lines, the data lines, the signal input lines and the current feedback lines are formed on the substrate. The scanning lines and the data lines intersect to define multiple sub-pixels. A thin film transistor, a light sensor and a pixel electrode are formed in each sub-pixel. Each thin film transistor comprises a first grid, a first semiconductor, a first source electrode and a first drain electrode. The first grids are connected with the scanning lines, the first source electrodes and the first drain electrodes are alternately arranged and both make contact with the first semiconductors, the first source electrodes are connected with the data lines, and the first drain electrodes are connected with the pixel electrodes. Each light sensor comprises a second grid, a second semiconductor, a second source electrode and a second drain electrode. The second grids do not receive signals, the second source electrodes and the second drain electrodes are alternately arranged and both make contact with the second semiconductors, the second source electrodes are connected with the signal input lines, and the second drain electrodes are connected with the current feedback lines.

An embodiment of the invention discloses a display device and an apparatus and belongs to the display field. Photovoltaic materials are evenly arranged in a display layer of the display device or the apparatus provided with the display deivce so that an array formed by the photovoltaic materials forms a light transmitting unit, the photovoltaic materials further form a channel, and therefore light rays emitted by the display layer and ambient light can be converted to currents on the condition of not affecting light emitting of the display layer, standby time of a mobile terminal can be prolonged after the currents obtained through luminous energy conversion are applied to the mobile terminal, and user experience is improved.

The invention relates to a splicing method of a curved LED display screen. In the method, splicing is carried out by means of a plurality of polygonal display modules; in the splicing process, splicing seams are reserved in the splicing positions of adjacent display modules; two adjacent display modules are set as the first display module and the second display module, the pixel pitch of the position, close to the seam, of the first display module is d1, the pixel pitch of the position, close to the seam, of the second display module is d2, the spacing between two closest adjacent pixel pointsof the two display modules is d, and the seam-across pixel pitch d of the splicing positions of the first display module and the second display module is not larger than the minimum value in d1 and d2. A method for splicing various basic modules into a mathematically tight and seamless curved LED display screen under traditional meanings is broken through, the basic display modules are spliced into the curved LED display screen with seams on purpose, the splicing difficulty is greatly reduced, precision is easily controlled, and the display effect is not affected.

The invention discloses a rotating shaft mechanism for a folding screen, a folding screen assembly and a foldable mobile terminal. The rotating shaft mechanism comprises a left supporting arm and a right supporting arm which are symmetrically arranged, and the left supporting arm and the right supporting arm are fixed to a support. A left rotating shaft on the left support arm is connected with the left cam, a right rotating shaft on the right support arm is connected with the right cam, the left gear is in transmission connection with the left cam, the right gear is in transmission connectionwith the right cam, and at least one transmission gear is in transmission connection between the left gear and the right gear. The folding screen assembly comprises the rotating shaft mechanism, andthe foldable mobile terminal comprises the folding screen assembly or the rotating shaft mechanism. The folding screen of the foldable terminal can work more reliably and more smoothly, has the outstanding advantages of being simple in structure, easy to implement, low in cost, high in reliability, long in service life, wide in application range and the like, and can be widely applied to foldablemobile terminals.

The invention provides an array substrate and a display driving method thereof and a display device. The array substrate comprises a common voltage wire, multiple pixel electrodes arranged in rows and lines and at least one first transistor arranged between two adjacent pixel electrodes. The grids of the first transistors are connected with the common voltage wire, and the first pole and the second pole of each first transistor are connected with the two corresponding adjacent pixel electrodes respectively. In addition, the display driving method of the array substrate includes the steps that voltage is applied to the common voltage wire between adjacent display frames, and all the first transistors with the grids connected with the common voltage wire work in a linear region or a saturation region. On the basis, polarity neutralization of gray-scale voltage between adjacent pixels can be achieved on the premise that the aperture ratio of the pixels is not lowered, power consumption is greatly reduced on the premise that the display effect is not affected, and the minimum power consumption of an existing display device is broken through.

The invention discloses an image occurrence frequency based liquid crystal display power consumption reducing method. A gain coefficient alpha corresponding to an image which is not similar to a histogram in cache or a histogram in a front frame image is calculated, the newly calculated gain coefficient alpha is used to respectively adjust light transmissivity and backlight intensity of a liquid crystal display; a gain coefficient alpha corresponding to an image which is similar to the histogram in cache or the histogram in the front frame image is directly called to respectively adjust light transmissivity and backlight intensity of the liquid crystal display. When the times of lightening a screen are integer multiples of x, the cache is updated to some images with higher continuous occurrence frequencies and gain coefficients alpha corresponding to the images; by means of repeated occurrence of the images and the property of infrequent changes of a lock screen and a main screen of a terminal end, backlight of the liquid crystal display is adjusted, the calculation amount of the gain coefficients alpha is greatly reduced, and the power consumption is low.

The invention discloses a field sequence driving color LCD device and a driving method thereof. The device comprises a first field sequence driving color LCD element (110) and a second field sequence driving color LCD element (120). The first field sequence driving color LCD element (110) and the second field sequence driving color LCD element (120) are superposed and are in a normal white mode, and a backlight source (130) is arranged below the first field sequence driving LCD element (110). The method has the advantages of increasing one or more field sequence driving color LCD elements with a little higher cost, and being capable of achieving the purpose of improving display capacity of the color LCD device by one fold or a plurality of folds without affecting the display effect..