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Resultados 1-10 de 947.313 para loscriterios:(NPCC:US AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2016/183899 FRAMELESS DISPLAY DEVICE AND MANUFACTURE METHOD THEREFORWO24.11.2016
H01L 51/56
PCT/CN2015/082025SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.LI, Wenhui
A frameless display device and a manufacture method therefor. The manufacture method comprises arranging a conductive connector (22) on a substrate (21), forming a first through hole (231) on a protective layer (23) over the conductive connector (22), forming a second through hole (211) on the substrate (21) under the conductive connector (22), connecting a circuit layout layer (24) with the conductive connector (22) through the first through hole (231), and connecting a flexible connecting circuit (41) connected to a driving circuit board (40) with the conductive connector (22) through the second through hole (211). As a result, the driving circuit board (40) is electrically connected with the circuit layout layer (24). The manufacture method is simple and easy to implement. According to the manufactured frameless display device, the flexible connecting circuit (41) and the driving circuit board (40) are both disposed on the back surface of the substrate (21) and do not occupy an effective display area, and thereby frameless display can be achieved and the display quality is improved.

2. WO/2016/179679 MEDICAL LIQUID DISPENSING APPLICATORS AND METHODS OF MANUFACTUREWO17.11.2016
B05C 1/06
PCT/CA2015/050436MARGOOSIAN, RazmikMARGOOSIAN, Razmik
There is provided a liquid dispensing applicator. The liquid dispensing applicator can include a sound-generating system for generating a sound during rotation of the container body to indicate to a user that the rotation is performed. The sound- generating system includes at least one knob and a plurality of ribs. the at least one knob cooperates with at least some of the ribs during rotation of the container body, in order to generate the sound. The liquid dispensing applicator can alternatively or also include a wing element insertable into a slot provided in an absorbent material. The wing element extends from an outer surface of the head component and comprises opposing surfaces and a at least one edge spike provided on an edge of the at least one wing element, and configured to prevent the absorbent material from being removed after insertion of the wing element into the slot.

3. WO/2016/179847 LIQUID CRYSTAL DISPLAY PANEL AND DEVICEWO17.11.2016
G09G 3/36
PCT/CN2015/079150SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.XU, Fengcheng
A liquid crystal display panel (20) and device. The liquid crystal display panel (20) comprises a drive circuit, wherein the drive circuit comprises: a power module (21), configured to input an initial voltage to a common electrode; and a feedback unit (22), configured to regulate, according to an actual voltage on the common electrode, the initial voltage of the power module (21), such that the actual voltage on the common electrode is equal to a pre-set voltage.

4. WO/2016/179850 DISPLAY PANEL AND THIN FILM TRANSISTOR ARRAY SUBSTRATEWO17.11.2016
G02F 1/1343
PCT/CN2015/079366SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.ZHONG, Xinhui
A display panel and a thin film transistor array substrate (303). A pixel electrode in the display panel comprises a peripheral electrode (403), and first, second, third, and fourth strip electrode arrays (404, 405, 406, 407). The first, second, third, and fourth strip electrode arrays (404, 405, 406, 407) are located in first, second, third, and fourth areas (501, 502, 503, and 504) in the peripheral electrode (403) respectively. The peripheral electrode (403) is connected to the first, second, third, and fourth strip electrode arrays (404, 405, 406, 407). The penetration rate of a pixel unit is improved.

5. WO/2016/179851 DISPLAY PANEL AND DRIVE METHOD THEREFORWO17.11.2016
G09G 3/36
PCT/CN2015/079368SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.WU, Jingjing
A display panel and a drive method therefor. The display panel comprises gate lines (G1, G2 , ..., Gn), data lines (D1, D2 , ..., Dm), a gate driver (111) and a data driver (112). The gate lines (G1, G2 , ..., Gn) and the data lines (D1, D2 , ..., Dm) define pixel areas (113). Each pixel area (113) is correspondingly connected to one gate line (G1, G2 , ..., Gn) and one data line (D1, D2 , ..., Dm), and light in the same color is allowed to penetrate through the pixel areas (113) connected to the same gate line (G1, G2 , ..., Gn). When a picture is displayed, the gate driver (111) sequentially drives the gate lines (G1, G2 , ..., Gn), and the data driver (112) exerts the same Gamma voltage on the pixel areas (113) connected to the same gate line (G1, G2 , ..., Gn). The display panel can be driven with lower hardware cost, such that when the same grayscale voltage is exerted, sub-pixels corresponding to light in different colors have the same penetration rate.

6. WO/2016/179868 DRIVE CIRCUIT AND DRIVE METHOD FOR LIQUID CRYSTAL DISPLAY PANELWO17.11.2016
G09G 3/36
PCT/CN2015/080879SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.WU, Jingjing
A drive circuit (50) and drive method for a liquid crystal display panel. The drive circuit (50) comprises: a time sequence control chip (510), configured to receive a video signal, parse the video signal to obtain a frame start signal (STV) and a column-oriented data voltage signal (Sn) used for display and corresponding to a grayscale, calculate in real time, according to the column-oriented data voltage signal (Sn), to obtain pre-charge time (Tm) of a sub-pixel unit currently needing to be displayed, and obtain, according to the pre-charge time (Tm), a pre-charge control signal (PCC); and a scanning drive circuit (520), configured to receive the frame start signal (STV) to generate a line scanning drive voltage signal (gm), receive the pre-charge control signal (PCC), superpose same with the line scanning drive voltage signal (gm), convert the superposed signal into a line scanning drive voltage (VGm), and send the line scanning drive voltage (VGm) to a corresponding scanning line (Xm).

7. WO/2016/179873 BACKLIGHT MODULE AND LIQUID CRYSTAL DISPLAYWO17.11.2016
G02F 1/13357
PCT/CN2015/081632WUHAN CHINA STAR OPTOELECTRONICE TECHNOLOGY CO., LTDZENG, Jie
Provided are a backlight module (100) and a liquid crystal display. The backlight module (100) comprises: a light guide plate (110); a glue frame (120), close to a side face (112) of the light guide plate (110); a plurality of LED lamps (130), disposed between the light guide plate (110) and the glue frame (120) at intervals; a reflective sheet (140), comprising a first part (142), a second part (144) bent and extended along a direction where the plurality of LED lamps (130) is disposed, and a third part (146) bent and extended along a direction of positions, at light inlets (132) of the plurality of LED lamps (130), on the light guide plate (110), wherein the first part (142) of the reflective sheet (140) is attached to the lower side of a bottom surface (114) of the light guide plate (110); the second part (144) of the reflective sheet (140) is provided with a plurality of openings (1442) corresponding to the plurality of LED lamps (130), such that during combination, the plurality of LED lamps (130) is embedded into the plurality of openings (1442) correspondingly; and the third part (146) of the reflective sheet (140) is attached to a position, close to the light inlets (132) of the plurality of LED lamps (130), on a top surface (116) of the light guide plate (110). Thus, the utilization rate of light can be improved, and the cost is reduced.

8. WO/2016/179875 AMOLED BACKPLANE STRUCTURE AND MANUFACTURING METHOD THEREFORWO17.11.2016
H01L 27/12
PCT/CN2015/081720SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO.,LTD.LI, Wenhui
An AMOLED backplane structure and a manufacturing method therefor. In one subpixel, a concave-convex structure (4) is provided at an area of a TFT substrate (TS) corresponding to an opening (71) of a pixel defining layer (7), where the concave-convex structure (4) comprises several protruding parts (41) and recessed parts (42) provided between every adjacent two protruding parts (41); and the upper surface of a partially flat layer (5) and a pixel electrode (6) that correspond to the upper part of the concave-convex structure (4) are provided with a curved surface shape corresponding to the concave-convex structure (4). The AMOLED backplane structure allows the pixel electrode (6) to be made into the curved surface shape under the premise that the flat layer (5) is smooth and free of abrupt inflection points, thus increasing the effective display area, extending the service life of an OLED, reducing the difficulty of a manufacturing process, and increasing resolution.

9. WO/2016/179876 NARROW EDGE FRAME FLEXIBLE DISPLAY DEVICE AND MANUFACTURING METHOD THEREFORWO17.11.2016
H01L 27/12
PCT/CN2015/081728SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO.,LTD.LI, Wenhui
A narrow edge frame flexible display device and a manufacturing method therefor, in which a through hole (211) is provided at an area in proximity to an edge on a first substrate (21) within a lower substrate (20), where an electrically-conductive connector (22) is provided within the through hole (211), and a circuit wiring layer (23) and a flexible connecting circuit (41) of driver circuit board (40) respectively are connected via the electrically-conductive connector (22), thus connecting together the driver circuit board (40) and the circuit wiring layer (23). This setting obviates the need to provide at the side of the lower substrate (20) at where the circuit wiring layer (23) is provided an additional connecting area for connecting with the flexible connecting circuit (41), thus increasing the effective display area of the flexible display device and reducing the edge frame area. Also, because the flexible connecting circuit (41) is only provided at one side of the lower substrate (20), solved is the problem found in the prior art in which a flexible connecting circuit bypasses a side of the lower substrate and thus occupies the space at the side of the lower substrate, thus further reducing the edge frame area and implementing narrow edge frame display.

10. WO/2016/179914 POLARIZING PLATE AND LIQUID CRYSTAL DISPLAY PANELWO17.11.2016
G02B 5/30
PCT/CN2015/086458SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.LI, Ji
A polarizing plate (20) comprises a polarizing layer (21), a support layer (22), a surface protective layer (23), a peel-off protection layer (24), and an adhesive layer (25). The polarizing layer (21) is configured to polarize incident light and then emit the light. The support layer (22) is configured to protect the polarizing layer (21). The surface protective layer (23) is configured to separate an upper surface of the polarizing layer (21) from an outdoor environment. The peel-off protection layer (24) is configured to separate a lower surface of the polarizing layer (21) from the outdoor environment. The adhesive layer (25) is configured to connect the polarizing plate (20) to an array substrate or a color film substrate.


Resultados 1-10 de 947.313 para loscriterios:(NPCC:US AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true
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