108results about How to "Improve repair success rate" patented technology

The invention relates to a TFT-LCD array substrate and a method for manufacturing the same and a method for repairing broken lines. The TFT-LCD array substrate comprises grid lines, statistical lines, common electrode lines, pixel electrodes and thin film transistors. The common electrode lines have a matrix structure with interconnected horizontal electrode lines and vertical electrode lines. The horizontal electrode lines and the vertical electrode lines are arranged at the same layer as the grid lines. The horizontal lines have an integral structure while the vertical electrode lines have a disconnected structure located below the statistical lines and are linked with at least one connecting line to form an integral unit. The present invention, by the common electrode lines which form the matrix structure on the substrate, guarantees the same common voltage of each position of the common electrode lines and the accuracy of liquid crystal deflection, and enhances display quality. The method for repairing broken lines of the invention realizes grid line repair or statistical line repair through the matrix-shaped common electrode lines. In this way, repair is made less difficultlyand more conveniently with higher success rate, and poor performance caused by broken grid lines or broken statistical lines is effectively avoided.

The invention provides a liquid crystal panel dark spot repair method and an array substrate structure. The liquid crystal panel dark spot repair method comprises the steps that after a display abnormal pixel of a liquid crystal panel is detected, connection of a data line and a source electrode of a corresponding thin film transistor is cut off on the region, corresponding to the display abnormal pixel, of an array substrate, a corresponding pixel electrode and a middle common electrode wire are connected in a film forming mode, due to the fact that the middle common electrode wire is equal to the common electrode on the color film substrate side in potential, the voltage difference between the array substrate of the liquid crystal panel and the region, where the display abnormal pixel is located, of the color film substrate is 0, and the abnormal pixel is in the dark state; due to the fact that the pixel electrode and the middle common electrode wire are located on the same layer, the middle common electrode wire and the corresponding pixel electrode are connected in the film forming mode to achieve dark spot repair, compared with an existing punching repairing mode, working procedures are simplified, no disturbance caused by a color resistance layer in a COA type liquid crystal panel is avoided, and the display abnormal pixel repair success rate can be increased.

The invention discloses a thin film transistor liquid crystal display device which comprises a substrate, a gate line, common lines, a gate insulation layer, a data line, a source electrode, a drain electrode and a pixel electrode. The common lines comprise a first common line arranged along a first direction and a second common line arranged along a second direction. Disconnection identifiers are arranged on the first common line, located on the two sides of the second common line and close to the second common line. A disconnection area notch is formed in the position, corresponding to the disconnection identifiers, of the pixel electrode. In the disconnection process of the first common line on the disconnection identifier positions, the pixel electrode is not touched. In the repairing process for the data line, the position needing to be cut off can be accurately judged, and due to the fact that the disconnection area notch is formed in the pixel electrode, the pixel electrode can be avoided according to the disconnection identifiers when the first common line is disconnected. The pixel electrode and the first common line are prevented from being welded together, and the success rate of repairing is further improved.

The invention discloses a thin film transistor liquid crystal display device and a repairing method thereof. A repairing mark is arranged on a gate line of the device; the repairing mark is corresponding to an overlapped part of a drain and a gate, or corresponding to a non-transmitting area of a pixel electrode; and when the repairing mark is corresponding to the non-transmitting area of the pixel electrode, a shading structure is arranged between a gate isolation layer and a passivation layer corresponding to the repairing mark. During the process of repairing a display device light spot, under the condition that the repairing mark is corresponding to the overlapped part of the drain and the gate, the position of the repairing point can be exactly judged, so that the short circuit phenomenon between the gate line and a source electrode can be avoided, and the repairing success rate can be improved; and under the condition that the repairing mark is corresponding to the non-transmitting area of the pixel electrode, the light leakage phenomenon at the edge of the pixel can be avoided, because the shading structure is arranged between the gate isolation layer and the passivation layer corresponding to the repairing mark, the light leakage phenomenon does not occur at the repairing mark, and the repairing success rate can be improved.

The invention provides an implant and a method for manufacturing a mandibular implant with PEKK (polyetherketoneketone) supporting and fixing units and a tissue engineering growth unit. The method includes steps: 1) image acquisition and three-dimensional model establishment; 2) molding unit and fixing unit design; 3) supporting unit design; 4) growth unit design; 5) individual composite-structure implant assembly; 6) individual composite-structure implant manufacturing; 7) in-vitro culture. A molding unit, fixing units, supporting units and the growth unit jointly form an individual composite-structure implant, the supporting units, the fixing units and the molding unit are made of PEKK materials and capable of providing sufficient mechanical strength to keep structural integrity from occlusion functional reconstruction, and the growth unit which is an internally degradable stent is capable of guiding new bone generation.

The invention discloses a multi-functional smart phone storage box for storing smart phones. The multi-functional smart phone storage box comprises a storage box body, wherein an upper working cavityand a lower working cavity which are equal in size and structure and provided with leftward openings are formed in the storage box body, functional boxes capable of sliding leftwards and rightwards are arranged on the lower walls of the interiors of the working cavities on the upper side and the lower side, and sliding cavities are formed in the lower walls of the working cavities in a communicating mode. A smart phone which needs to be not used for a long time is placed in a ventilated mode, meanwhile, the smart phone is placed more stably through clamping of an elastic material, the electricquantity collected through wind power generation is used for charging the smart phone regularly to protect the service life of a smart phone battery, the smart phone into which water comes can be dried in a sealed environment through the multi-functional smart phone storage box, the repair success rate of the smart phone is greatly improved, the device can be protected against being wetted by rainwater in time in sudden rainy days, and normal use of parts in the device is protected.

The invention relates to the technical field of network communication, in particular to a fast alternative route distribution method based on overlay network environment. Aiming at the problem that the traditional overlay network alternative route distribution method has low recovery time efficiency, the method disclosed in the invention introduces the delay constraint during route reconstructionas the selection condition of alternative routes, which is beneficial to the selection of an alternative route with fast recovery speed; the process of selecting a unique alternative route is converted into the selection of a set of alternative routes by expanding a failure area, and the success probability of selecting a high quality alternative route can be increased. The fast alternative routedistribution method based on overlay network environment can be used for reducing the delay time of failure route recovery and increase the success rate of route recovery.

The present invention provides an array substrate and a method of repairing broken lines for the array substrate. By preserving the via on the organic layer corresponding to the cross point of the source-drain data line and the common electrode line, the aperture formed with the second passivation layer deposed in the via is employed to be the laser welding point as the source-drain data line is broken. After detecting the broken line position of the source-drain, the laser welding is implemented to the apertures at two ends of the broken line position to lap the source-drain data line with the closed ring of the common electrode line, and meanwhile, the connection lines at two sides of the closed ring of the common electrode line is cut with laser, and the closed ring of the common electrode line is employed to repair the broken line part of the source-drain data line.

The present invention provides a display module, a method for fabricating the same, and an electronic device. The display module includes: a display panel; a polarizer layer on the display panel; a cover plate layer on the polarizer layer; and an adhesive layer between the polarizer layer and the cover plate layer; wherein the adhesive layer is an ultraviolet visbreaking adhesive layer. By settingthe adhesive layer between the cover plate layer and the polarizer layer as an ultraviolet visbreaking adhesive layer, the adhesive layer loses viscosity when exposed to ultraviolet light, and is likely to separate from the polarizer layer, thereby improving the rework success rate of the display module.

The invention discloses a liquid crystal display panel and a liquid crystal display using the liquid crystal display panel. The liquid crystal display panel comprises an active component array substrate, an opposite-direction substrate, a liquid crystal layer and a supporting part. The active component array substrate comprises a first substrate, scanning lines, data lines, pixel units and repairing lines. The first substrate is provided with a visible range and a peripheral range around the visible range, the scanning lines, the data lines and the pixel units are positioned in the visible range, and the pixel units are electrically connected with the scanning lines and the data lines. The repairing lines are configured in the peripheral range, and an interlacing position is formed by the scanning lines or the data lines and the corresponding repairing lines in an overlapping mode. The opposite-direction substrate is configured on the active component array substrate and comprises a second substrate, an insulating layer and a conducting layer, wherein the insulating layer is configured on the second substrate, and the conducting layer is configured on the insulating layer. The liquid crystal layer is configured between the active component array substrate and the opposite-direction substrate, and the supporting part is configured in at least one of the interlacing position and the adjacent area of the interlacing position. The repairing success rate of the liquid crystal display can be improved.

The invention provides a method and device for repairing a display substrate, and belongs to the technical field of display. The display substrate includes a signal line and a planar electrode disposed in different layers and insulated from each other. The signal line has a broken point. The method for repairing the display substrate includes the steps of: connecting the signal lines on both sidesof the broken point to the planar electrode; laser cutting the planar electrode from a side of the planar electrode away from the signal lines around a connection point of the planar electrode and the signal lines in order to separate the part of the planar electrode connected to the signal lines from the other regions of the planar electrode. The method can repair the line open-circuit defect ofthe display substrate, improves the product yield of the display substrates, does not need a special repair line, can save the space of the display substrate, and is not limited in repairable lines.