WO/2015/021713 APPARATUS FOR SEPARATING FLEXIBLE SUBSTRATE FROM GLASS SUBSTRATE, AND PRODUCTION DEVICE||WO||19.02.2015|
||PCT/CN2013/089470||BOE TECHNOLOGY GROUP CO., LTD.||MAO, Xue|
An apparatus for separating a flexible substrate (13) from a glass substrate (11) comprises a cylindrical roller (15), and comprises a control unit connected to the roller (15) and used for controlling the roller (15) to rotate so as to drive the flexible substrate (13) and the glass substrate (11) to be separated by means of the roller (15). A recessed region (16) is disposed on the cylinder surface of the roller (15), and is used for enabling a drive chip (14) on the flexible substrate (13) to be embedded in the recessed region (16) during the rotation of the roller (15), thereby avoiding that the drive chip (14) is damaged.
WO/2015/021721 METHOD FOR REGULATING DRIVING VOLTAGE OF PIXEL CIRCUIT, REGULATING APPARATUS THEREOF, AND DISPLAY DEVICE||WO||19.02.2015|
||PCT/CN2013/089768||BOE TECHNOLOGY GROUP CO., LTD.||REN, Lijun|
Provided are a method for regulating a driving voltage of a pixel circuit, an apparatus method for regulating the driving voltage of the pixel circuit, and a display device comprising a driving voltage supply apparatus. In the method for regulating a driving voltage of a pixel circuit, a driving voltage of a pixel circuit is dynamically regulated according to a data voltage of each pixel row. According to the method for regulating a driving voltage of a pixel circuit and the supply apparatus, a value of a driving voltage output by a pixel circuit is dynamically regulated according to a data voltage of each pixel row, and therefore, compared with a conventional constant-voltage type driving voltage, the dynamic loss and the temperature rise of an OLED pixel circuit is significantly reduced, and the driving cost is reduced and the service life of the OLED is extended.
WO/2015/010370 LIQUID CRYSTAL DISPLAY SCREEN AND DISPLAY DEVICE||WO||29.01.2015|
||PCT/CN2013/084978||BOE TECHNOLOGY GROUP CO., LTD.||GUO, Renwei|
A liquid crystal display screen and a display device. A plurality of pixel units is arranged in the liquid crystal display screen, and each pixel unit is provided with a plurality of sub-pixel units displaying different colors. A quantum dot layer (01) through which back light can penetrate is arranged at a position of an array substrate (2) corresponding to a sub-pixel unit with at least one color of each pixel unit. After excited by ultraviolet light in sunlight, the quantum dot layer (01) emits light at least containing the color of the corresponding sub-pixel unit. A color filter (02) is located between the quantum dot layer (01) and an opposite substrate (1). When being used for displaying outdoors, the liquid crystal display screen has enhanced display luminance and improved outdoor visibility.
WO/2015/000256 ARRAY SUBSTRATE, DISPLAY DEVICE, AND METHOD FOR MANUFACTURING ARRAY SUBSTRATE||WO||08.01.2015|
||PCT/CN2013/088420||HEFEI BOE OPTOELECTRONICS TECHNOLOGY CO., LTD.||XU, Xiangyang|
An array substrate, a display device, and a method for manufacturing an array substrate. The array substrate comprises a substrate (101), and a thin-film field-effect transistor and a data line that are formed on the substrate (101). The thin-film field-effect transistor comprises: a gate (102), an active layer (105), a source (1082), and a drain (1081). A gate insulated layer (104) is formed between the gate (102) and the active layer (105). The array substrate comprises a protection layer (112) that is formed between the gate insulated layer (104) and the data line (107) and directly contacts the data line (107). The protection layer (112) and the active layer (105) are disposed at a same layer and made of a same material.
WO/2014/203412 METHOD FOR PROCESSING STARTING MATERIALS FOR RECYCLING||WO||24.12.2014|
||PCT/JP2013/077577||MITSUBISHI MATERIALS CORPORATION||OGUMA Nobuhiro|
The present invention is a method for processing starting materials for recycling and containing valuable metals, wherein the method is provided with: a step for introducing the starting materials (W) for recycling containing valuable metals into a rotary kiln furnace (2) of which the inner wall uses a refractory having an Al2O3-Cr2O3 content of at least 70%; a step for introducing an additive (A) having SiO2 as the primary component into the rotary kiln furnace (2), thereby increasing the viscosity of the slag (S) flowing along the inner wall, and then causing the starting materials (W) for recycling to adhere to the heightened-viscosity slag (S) in the state of at least a portion of the starting materials (W) for recycling being exposed within the furnace; and a step for combusting/melting the starting materials (W) for recycling adhered to the slag (S) within the rotary kiln furnace (2).
WO/2014/188607 LAMINATION DEVICE AND LAMINATION METHOD||WO||27.11.2014|
||PCT/JP2013/066455||NIKKISO CO., LTD.||MORI, Takahiro|
This lamination device (30) is provided with a first electrifier (40) that radiates charged particles at the uppermost surface of a battery laminate (10) of a separator sheet (16), anode sheet (14), and cathode sheet (12) laminated on a lamination stage (32). By means of radiating charged particles, the battery laminate (10) and one of the separator sheet (16), anode sheet (14), and cathode sheet (12) laminated to the laminate (10) become electrostatically adhered.
WO/2014/187082 ORGANIC ELECTROLUMINESCENT COMPONENT AND DISPLAY DEVICE||WO||27.11.2014|
||PCT/CN2013/087039||BOE TECHNOLOGY GROUP CO., LTD.||JIAO, Zhiqiang|
An organic electroluminescent component and a display device. The organic electroluminescent component comprises an anode (11), a cathode (12), a light-emitting layer (13) arranged between the anode (11) and the cathode (12), and an electron transfer layer (15) arranged between the cathode (12) and the light-emitting layer (13). The material of the electron transfer layer (15) is an organic metal chelate.
WO/2014/187031 FRICTION CLOTH, ROLLER, LIQUID CRYSTAL ALIGNMENT ANGLE FORMING METHOD AND CHIP REMOVING METHOD||WO||27.11.2014|
||PCT/CN2013/081247||BOE TECHNOLOGY GROUP CO., LTD.||WANG, Yupeng|
A friction cloth, a roller, a liquid crystal alignment angle forming method and a chip removing method. The friction cloth uses a solution, in which dye with at least one of a hydroxyl group and a cyano group is dissolved, to conduct dyeing. An outer surface of the roller is provided with the friction cloth. In the liquid crystal alignment angle forming method, a liquid crystal alignment angle is formed by adopting the roller, the outer surface of which is enclosed with the friction cloth of the present invention. In the chip removing method, the friction cloth or the roller is used to remove chips under illuminated conditions. The friction cloth, the roller, the liquid crystal alignment angle forming method and the chip removing method have the advantages of a good cleaning effect, being simple and convenient to achieve, low costs, etc.
WO/2014/184686 A FEEDING DEVICE AND A FEEDING APPARATUS||WO||20.11.2014|
||PCT/IB2014/058386||SWIFT SINO LIMITED||LO, Fu Man Herman|
A feeding device and a feeding apparatus are disclosed. The feeding apparatus includes the feeding device (100). The feeding device (100) made of resilient material includes a circular base (1) and a sac (2). The sac (2) extends downward from the circular base (1) and includes a collapsible part (22). One or more apertures (211) are provided at the end of the sac (2). As the sac (2) has the collapsible part (22), on the one hand, the capacity of the sac (2) is increased, on the other hand, the collapsible part (22) may be used as a pump to make it easier to extrude food from the sac (2). The collapsible part (22) may also be bent in an angle to improve the usability and the practicality.
WO/2014/176877 ARRAY SUBSTRATE AND MANUFACTURING METHOD THEREFOR, AND DISPLAY DEVICE COMPRISING ARRAY SUBSTRATE||WO||06.11.2014|
||PCT/CN2013/085511||BOE TECHNOLOGY GROUP CO., LTD.||NING, Ce|
The embodiments of the present invention provide an array substrate, comprising: an base substrate; an active layer and a first transparent electrode which are arranged on the base substrate; and an etching blocking layer which is arranged on the active layer and is used for protecting a part of the active layer, wherein the active layer, the first transparent electrode and the etching blocking layer are formed by using a single pattern composition process and a single doping process, and the doped region and the first transparent electrode have the same material and are located on the same layer.