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Results 1-10 of 911,431 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/112564 ARRAY SUBSTRATE FABRICATION METHOD, ARRAY SUBSTRATE, AND DISPLAY PANELWO21.07.2016
H01L 21/77
PCT/CN2015/071712SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.HU, Yutong
Provided are an array substrate fabrication method, an array substrate, and a display panel, said method comprising: a gate electrode (202) and a transparent first electrode (203) are formed on a substrate (201); an insulating layer (204) is formed on the substrate, the insulating layer (204) covering the gate electrode (202) and the first electrode (203); a semiconductor layer (205) is formed on the insulating layer (204); a dielectric layer (205) is formed on the semiconductor layer (206), and is provided with a first through-hole (2061), a second through-hole (2062), and a third through-hole (2063); a source electrode (2071), a drain electrode (2072), and a second electrode (2073) are formed on the dielectric layer (206), the source electrode (2071) and drain electrode (2072) being connected to the semiconductor layer (205) by means of the first through-hole (2061) and the second through-hole (2062), respectively, and the second electrode (2073) being connected to the first electrode (202) by means of the third through-hole (2063), to form a storage capacitor; a transparent third electrode (208) is formed on the dielectric layer (206), the third electrode (208) being connected to the drain electrode (2072) to form a pixel electrode. The scheme described above reduces the quantity of photomasks used during the process of fabrication of the array substrate, thus the process flow is simplified and costs are decreased.

2. WO/2016/110041 COLOURED LAMP CONNECTION UNIT AND LINEAR COLOURED LAMPS THEREOFWO14.07.2016
F21V 23/06
PCT/CN2015/079751LIU, DingzhangLIU, Dingzhang
A coloured lamp connection unit (1) and linear coloured lamps. The coloured lamp connection unit comprises wires (11) and LED lamp beads (12). Each wire (11) comprises a positive wire (111), a negative wire (112) and a return wire (113). The positive wires (111) and the negative wires (112) are arranged in pairs to form a plurality of electrical connection groups (13). At least one LED lamp bead (12) is arranged in each electrical connection group (13). The previous electrical connection group (13) and the subsequent electrical connection group (13) are connected in parallel or in series. The return wires (113) extend from the first electrical connection group (13) to the last electrical connection group (13). The positive wire (111) and the return wire (113) in the first electrical connection group (13) are electrically connected to a first connector (14) in a grouped manner. The negative wire (112) and the return wire (113) in the last electrical connection group (13) are electrically connected to a second connector (15) in a grouped manner. The second connector (15) is connected to a functional head (17). The lamp beads of the coloured lamp connection unit (1) are uniform in brightness and consistent in light and shading, and the heating phenomenon cannot occur, while all connection units are convenient to connect, high in stability and reliable in electrical connection.

3. WO/2016/110044 DISPLAY DEVICE AND MANUFACTURING METHOD THEREFORWO14.07.2016
G02F 1/1345
PCT/CN2015/080194BOE TECHNOLOGY GROUP CO., LTD.LI, Wenbo
A display device and a manufacturing method therefor. The display device comprises a first substrate (S1) and a second substrate (S2) arranged opposite the first substrate (S1); a common electrode (6) is provided within a display area (Area1) of the first substrate (S1), and a plurality of first protrusions (1) are provided within a frame area (Area2), the first protrusions (1) comprising first protrusion main bodies (11) and first contact electrodes (12) located on top ends of the first protrusion main bodies (11), the first contact electrodes (12) being electrically connected to the common electrode (6); a first common electrode signal line (5) is provided within a frame area (Area2) of the second substrate (S2), the first contact electrodes (12) being electrically connected to the first common electrode signal line (5). The display device simplifies the overall manufacturing steps of the display device.

4. WO/2016/106957 ULTRA WIDE BAND SPECTROGRAM CORRELATION DETECTION DEVICE AND METHODWO07.07.2016
G01J 3/28
PCT/CN2015/072679HUAZHONG UNIVERSITY OF SCIENCE AND TECHNOLOGYZHANG, Tianxu
An ultra wide band spectrogram correlation detection device comprises a scanning rotating mirror, a Cassegrain reflector set, a spectroscope, a reflector, a broadband spectrum lens set, a visible and near-infrared lens set, a long-wave imaging lens set, a charge coupled device imaging unit, a focal plane array imaging unit, a Fourier spectrum measurement unit, and a grating spectrum measurement unit. A target is preliminarily recognized and spectrum measurement is guided by means of long-wave infrared imaging and visible near-infrared imaging, a target is precisely recognized by means of the spectrum measurement, and the problem is solved that an existing detection device is incomplete in detection band, restricted in light path layout, large in device size and poor in capability of detecting moving targets and dynamically changing objects. The device is small in size, high in integration level and convenient and flexible to use and can implement ultra wide band spectrogram observation on the moving targets and dynamic changes of external sceneries as well as automatically-switched tracking and identification of various targets, and accordingly the device can be widely used in the fields of national economy and national security.

5. WO/2016/106801 LENS LAYER OF NAKED-EYE THREE-DIMENSIONAL TOUCH DISPLAY DEVICE AND ELECTRODE STRUCTURE THEREOFWO07.07.2016
G02F 1/1333
PCT/CN2015/070316SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.YE, Chengliang
A lens layer of a naked-eye three-dimensional touch display device and an electrode structure of the lens layer. The lens layer comprises an upper base plate (2), a lower base plate (3), a liquid crystal layer (4), a plurality of strip electrodes (5) and a contact electrode (6). The strip electrodes (5) are formed on the upper base plate (2) and opposite to the contact electrode (6). The contact electrode (6) comprises a plurality of block-shaped contact parts (61) that are arranged on the lower base plate (3) and electrically connected to a touch circuit. According to the lens layer, a plurality of block-shaped contact parts are arranged, so that the entire thickness of the naked-eye three-dimensional touch display device can be reduced.

6. WO/2016/106815 DISPLAY DEVICE AND GATE DRIVE CIRCUIT THEREOFWO07.07.2016
G09G 3/36
PCT/CN2015/070440SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.HAO, Sikun
A display device (20) and a gate drive circuit (10, 22) thereof. The gate drive circuit (10, 22) comprises a plurality of shift register circuits (11), the plurality of shift register circuits (11) being cascaded in series, each shift register circuit (11) comprising: a first pull-up circuit (111); a second pull-up circuit (112); a first capacitor (C1); a first pull-down circuit (113), comprising a third transistor (T3); a second pull-down circuit (114), comprising a fourth transistor (T4); a pull-down control circuit (115), coupled to a previous level gate drive signal (G(n-1)), a next level gate drive signal (G(n+1)), a gate of the third transistor (T3), a gate of the fourth transistor (T4), a first level (Vgh) and a second level (Vgl), the pull-down control circuit (115) controlling the third transistor (T3) and the fourth transistor (T4) according to the previous level gate drive signal (G(n-1)) and the next level gate drive signal (G(n+1)). The gate drive circuit (10, 22) is suitable for a CMOS process, and circuit stability is increased.

7. WO/2016/106819 DISPLAY PANEL AND DRIVE CIRCUIT THEREFORWO07.07.2016
G09G 3/20
PCT/CN2015/070501SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.ZUO, Qingcheng
A display panel and a drive circuit (20) therefor. The drive circuit (20) comprises: a data signal providing module (201) for generating a data signal; a first selection signal generation module (202) for providing a first selection signal (MUX1); a second selection signal generation module (203) for providing a second selection signal (MUX2); and a selection module (204), comprising: a selection switch combination for receiving the first and second selection signals (MUX1; MUX2), and outputting the data signal to a pixel array (10). The drive circuit (20) can reduce the level conversion frequency of selection signals.

8. WO/2016/106795 GOA CIRCUIT FOR LIQUID CRYSTAL DISPLAY DEVICEWO07.07.2016
G06F 3/041
PCT/CN2015/070263SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.XIAO, Juncheng
A Gate Driver On Array (GOA) circuit for a liquid crystal display device. The liquid crystal display device comprises a plurality of scanning lines, and the GOA circuit comprises a plurality of cascaded GOA units (100). An Nth-level GOA unit (100) controls charging of an Nth-level scanning line in a display area. The Nth-level GOA unit (100) comprises a signal transmission circuit (500), an inverter amplifier circuit (600), a signal reset circuit (700) and an inverter logic circuit (800). When a first screen scanning program is executed, the GOA circuit conducts scanning from a first-level GOA unit (100) to an Xth-level GOA unit (100) in the forward direction; when the GOA circuit receives touch information, the GOA circuit enters a touch point scanning program; and when a reset signal is changed to a low potential, the GOA circuit enters a second screen scanning program. According to the circuit, the touch scanning mode is improved, so that the point reporting rate of a touch panel (TP) is increased, and therefore the sensitivity of the touch panel is improved.

9. WO/2016/106793 3D DISPLAY DEVICEWO07.07.2016
G02B 27/22
PCT/CN2015/070248SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.CHEN, Jianhong
A 3D display device, comprising a display panel (1), a collimation backlight module (10), a lens array (2) and a curved-surface diffuser array (3). The lens array (2) is arranged on the surface of the display panel (1). The curved-surface diffuser array (3) is arranged between the display panel (1) and the lens array (2). A two-dimensional image of the display panel (1) is first diffused by the curved-surface diffuser array (3) and then restored to a 3D scene by the lens array (2). The crosstalk phenomenon generated by the aberration of the lens array (2) can be effectively avoided due to the arrangement of the lens array (2), the curved-surface diffuser array (3) and the collimation backlight module (10).

10. WO/2016/106814 LIQUID CRYSTAL DISPLAY PANELWO07.07.2016
G02F 1/1339
PCT/CN2015/070427SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.TANG, Yuejun
A liquid crystal display panel, comprising a first substrate (10), a second substrate (20), a liquid crystal layer and a secondary spacing object (30) disposed between the first substrate (10) and the second substrate (20); a bottom face of the secondary spacing object (30) is fixed to the first substrate (10); a top face of the secondary spacing object (30) and the second substrate (20) have a gap therebetween; the top face of the secondary spacing object (30) is provided with a first electrode (40); the location on the second substrate (20) and opposite to the top face of the secondary spacing object (30) is provided with a second electrode (50); when the liquid crystal panel is driven and pressed, the first electrode (40) and the second electrode (50) are mutually conducted, such that a pixel electrode (22) of the liquid crystal display panel at a pressing location is electrically connected to the ground, thereby eliminating a high voltage difference between the pixel electrode (22) and a common electrode. The liquid crystal display panel ameliorates effects of poor finger pressing and enhances the performance of a liquid crystal display panel.


Results 1-10 of 911,431 for Criteria: Office(s):all Language:EN Stemming: true
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