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    • 5. 发明申请
    • ANTI-BLOOMING STRUCTURES FOR LAMINATED DISPLAYS
    • 用于层压显示器的防喷涂结构
    • WO2007023406A2
    • 2007-03-01
    • PCT/IB2006/052755
    • 2006-08-09
    • KONINKLIJKE PHILIPS ELECTRONICS, N.V.U.S. PHILIPS CORPORATIONVAN LIESHOUT, PieterHUITEMA, EdzerHENZEN, Alex
    • VAN LIESHOUT, PieterHUITEMA, EdzerHENZEN, Alex
    • G02F1/167G02F1/133305G02F1/1343G02F2001/133354
    • A display comprises a back plane (30) and a front plane laminated to the back plane (30). The back plane (30) include a plurality of pixel pads (32) and the front plane includes a plurality of anti-blooming pixel patches (40), each patch (40) being operable to be in electrical communication with one of the pixel pads (32). The anti-blooming pixel patches (40) are operably segregated from each other to facilitate an operable segregation of electrical active areas (33) of pixels defined by the pixel pads (32). Each anti-blooming pixel patch (40) can include an operably segregated conductive glue patch (54, 64) to facilitate the operable segregation of the electrical active areas (33) of pixels defined by the pixel pads (32). The glue patches (54, 64) can include an anisotropic material. Alternatively, the anti-blooming patches (40) can be formed from a conductive glue layer (74) having an anisotropic material.
    • 显示器包括背板(30)和层叠到背板(30)的前平面。 背板(30)包括多个像素焊盘(32),并且前平面包括多个防喷射像素贴片(40),每个贴片(40)可操作地与像素焊盘之一电连通 (32)。 防喷射像素贴片(40)可操作地彼此分离,以便于由像素焊盘(32)限定的像素的电活性区域(33)的可操作的分离。 每个抗起霜像素贴片(40)可以包括可操作地分离的导电胶贴片(54,64),以便于由像素焊盘(32)限定的像素的电活性区域(33)的可操作偏析。 胶粘片(54,64)可以包括各向异性材料。 或者,抗起霜贴片(40)可以由具有各向异性材料的导电胶层(74)形成。
    • 9. 发明申请
    • DISPLAY UNIT
    • 显示单元
    • WO2006030384A2
    • 2006-03-23
    • PCT/IB2005/053003
    • 2005-09-13
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.HUITEMA, EdzerKUIJK, Karel, E.
    • HUITEMA, EdzerKUIJK, Karel, E.
    • G09G3/20
    • G09G3/344G09G3/20G09G2300/043G09G2300/0876G09G2330/021
    • Display units (1) comprising display panels (50) with pixels (11) coupled to storage lines (62,63) via storage capacitors (13) are provided with storage line drivers (60,70) for driving the storage lines (62,63) for reducing necessary electrode voltage swings on electrodes such as row electrodes (41,42,43,44,45,49) and column electrodes (31,32,34,35,39). A storage line pulse is to be generated during at least a part of a row activation pulse, then the row activation pulse or a row de-activation pulse may get a reduced value such that the necessary electrode voltage swing is reduced. Alternatively, alternating storage line pulses having a period of at most a duration of a row activation pulse are to be generated, then a data pulse may get a reduced value such that the necessary electrode voltage swing is reduced. This all results in more stable drivers, a smaller display unit, a lower overall power consumption and common available row drivers and less expensive column drivers.
    • 包括具有经由存储电容器(13)耦合到存储线(62,63)的像素(11)的显示面板(50)的显示单元(1)设有存储线驱动器(60,70) 用于驱动存储线(62,63)以减少诸如行电极(41,42,43,44,45,49)和列电极(31,32,34,35,39)等电极上的必要电极电压摆动。 存储线脉冲将在行激活脉冲的至少一部分期间产生,那么行激活脉冲或行失活激活脉冲可以获得减小的值,使得必要的电极电压摆动减小。 或者,要产生具有至多行激活脉冲的持续时间的周期的交替的存储行脉冲,则数据脉冲可以得到减小的值,使得必要的电极电压摆动减小。 这一切都会产生更稳定的驱动器,更小的显示单元,更低的整体功耗以及常用的行驱动器和更便宜的列驱动器。
    • 10. 发明申请
    • METHOD FOR ADDRESSING ACTIVE MATRIX DISPLAYS WITH FERROELECTRICAL THIN FILM TRANSISTOR BASED PIXELS
    • 用基于薄膜薄膜晶体管的像素寻址有源矩阵显示的方法
    • WO2007057811A1
    • 2007-05-24
    • PCT/IB2006/054107
    • 2006-11-03
    • KONINKLIJKE PHILIPS ELECTRONICS, N.V.U.S. PHILIPS CORPORATIONHUITEMA, EdzerGELINCK, Gerwin
    • HUITEMA, EdzerGELINCK, Gerwin
    • G09G3/20
    • G09G3/20G09G2300/08
    • A pixel (P) of a display (20) includes a memory element in a form of a ferroelectric thin film transistor ("TFT") (60) and a display element (62) operably coupled to the ferroelectric TFT (60). The ferroelectric TFT (60) is set to a conductive state in response to a conductive row drive voltage and a conductive column drive voltage being applied to the ferroelectric TFT (60) during a beginning phase of the addressing period for the pixel (P). The ferroelectric TFT (60) facilitates a charging of the display element (62) in response a charging row drive voltage and a charging column drive voltage being applied to the ferroelectric TFT (60) during an intermediate phase of the addressing period for the pixel (P). The ferroelectric TFT (60) is reset to a non-conductive state in response to a non-conductive row drive voltage and a non-conductive column drive voltage being applied to the ferroelectric TFT (60) during an ending phase of the addressing period for the pixel (P).
    • 显示器(20)的像素(P)包括可操作地耦合到铁电TFT(60)的铁电薄膜晶体管(“TFT”)(60)和显示元件(62)形式的存储元件。 在对于像素(P)的寻址周期的开始阶段期间,铁电TFT(60)响应于导电行驱动电压和导电柱驱动电压被施加到铁电TFT(60)而被设置为导通状态。 铁电TFT(60)在像素的寻址周期的中间阶段期间响应于充电行驱动电压和充电列驱动电压被施加到铁电TFT(60)而促进显示元件(62)的充电 P)。 铁电TFT(60)响应于非导电行驱动电压而复位到非导通状态,并且在寻址周期的结束阶段期间将非导电列驱动电压施加到铁电TFT(60) 像素(P)。