106results about How to "Conducive to narrow bezel design" patented technology

The invention relates to an LCD (liquid crystal display) data driven IC (integrated circuit) output compensation circuit and a compensation method. The circuit comprises a data driven IC, a plurality of first switching unit and a delay control unit. A plurality of output channels of the data driven IC are respectively connected with pixel electrodes on corresponding lines in a glass substrate through data lines and output charging signals to charge the pixel electrodes on the corresponding lines; each output channel is provided with one first switching unit for controlling the output channel on which the first switching unit is positioned according to delay control signals generated by the delay control unit and outputting the charging signals according to preset delayed time; and the delay control unit generates the corresponding delay control signals according to impedance values of the corresponding data lines so as to control to start the corresponding first switching unit according to the preset delayed time and ensure each pixel electrode to have equal charging time. The LCD data driven IC output compensation circuit does not need to be wound with a wire; the routing space of the glass substrate is reduced, the LCD data driven IC output compensation circuit is beneficial to the design of a narrow border of a liquid crystal display, and the EMI (Electro Magnetic Interference) problem generated when all the output channels are simultaneously opened are improved.

The invention discloses an array substrate, a preparation method thereof, a fingerprint recognition method and a display device. The array substrate comprises a substrate body, multiple pixel units and multiple fingerprint recognition units, wherein the pixel units and the fingerprint recognition units are located in a display region of the substrate body. By arranging the fingerprint recognitionunits in the display region of the array substrate and making orthographic projection of through holes in the fingerprint recognition units on the substrate body not overlap with orthographic projection of the pixel units and all wires connected with the pixel units on the substrate body, sheltering of the fingerprint recognition units by all films of the pixel units is avoided while the apertureratio of the array substrate is not influenced, and therefore it is convenient for the array substrate to achieve a fingerprint recognition function.

The invention discloses a shift register unit, a driving method thereof, a gate driving circuit and a display device. The shift register unit comprises a first input module, a second input module, a first node control module, a second node control module, a third node control module and N output modules, and is characterized in that the first input module, th second input module and the first nodecontrol module are used for performing control on a first node; the second node control module is used for performing control on a second node so as to facilitate the third node control module to perform control on a third node according to the second node and the first node, and the N output modules perform control on corresponding output terminals according to corresponding clock signal terminals under the control of the first node. The shift register unit controls the plurality of output terminals through the plurality of output modules, so that one shift register unit can be connected toa plurality of grid lines, and the number of the shift register unit can be reduced when the shift register unit is applied to a display panel, thereby being conducive to the narrow-frame design.

The present disclosure provides a touch display panel including a self-capacitance or mutual-capacitance type touch display panel, a manufacturing method and a method driving for the same and a display device. The self-capacitance type touch display panel includes an array substrate having a first metal layer and self-capacitance touch electrodes, and a touch control chip. Each touch electrode includes common electrodes, first metal layer includes touch lead wires corresponding to the touch electrodes, and each touch electrode is connected with the touch control chip via a corresponding touch lead wire. The touch lead wire is configured to transmit a common electrode signal to the touch electrode during a display stage, to transmit a touch scan signal to the touch electrode during a touch stage, and to transmit a touch signal, which is generated by the touch electrode at a position where a touch operation occurs, to the touch control chip.

The invention provides an OLED display panel. The OLED display panel includes an array substrate comprising a display zone and a non-display zone on the periphery of the display zone; a planarizationlayer arranged on the array substrate; a pixel definition layer arranged on the planarization layer; an OLED device arranged in a definition area of the pixel definition layer and penetrating throughthe planarization layer to contact with the array substrate; a package layer covering the OLED device, the pixel definition layer and the array substrate, wherein the contact faces of the pixel definition layer and the package layer in the non-display zone are non-planar contact faces. According to the invention, through arranging the contact faces of the pixel definition layer and the package layer as the non-planar contact faces, an organic layer in the package layer is blocked at the border of the pixel definition layer, the quantity of peripheral retaining walls is reduced and the peripheral area of the package layer is further reduced. Therefore, the narrow frame design of the OLED display panel is facilitated.

A display device comprises a backlight module, a display panel and a first glue layer. The backlight module comprises a light guiding plate, a flexible reflecting sheet and a light source. The light guiding plate is provided with a light incoming face, a light outgoing face, a back face and a plurality of side faces. The flexible reflecting sheet is provided with a first area segment and a plurality of second area segments. The back face of the light guiding plate leans against the first area segment; the second area segments are connected to the first area segment and are bent relative to the first area segment; and at least part of the second area segments cover the side faces of the light guiding plate correspondingly. The light source is arranged on the flexible reflecting sheet and is aligned with the light incoming face of the light guiding plate. The light outgoing face faces the display panel. The display panel and the backlight module adhere to each other through the first glue layer. The first glue layer is located between the display panel and the second area segments of the flexible reflecting sheet. The invention also discloses an assembling method of the display device. Thus, the display device can achieve the frame narrowing function.

The invention provides a touch driving method, a touch panel and a touch display device. Pulse signal parameters required are calculated according to the positions of the respective emitting electrodes, and different driving pulses are generated according to different pulse signal parameters and sent to corresponding first touch electrodes, so that signal compensation can be carried out for the first touch electrodes remote from the controller and the driving voltages finally applied to the first touch electrodes are the same; the inductive signal intensities of the second touch electrodes areequal, the normal operation of the controller is ensured, and the reliability of the touch control is ensured. In addition, the influence of the first signal line resistance can be overcome, which isadvantageous to the narrow frame design of the touch panel.