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    • 2. 发明申请
    • DISPLAY WITH LIGHT CONCENTRATING SUBSTRATE
    • 显示与光浓缩基板
    • US20110316764A1
    • 2011-12-29
    • US12821234
    • 2010-06-23
    • Lesley Anne PARRY-JONESAlistair Paul Curd
    • Lesley Anne PARRY-JONESAlistair Paul Curd
    • G09G3/28
    • G02B26/005
    • A display which includes an array of pixels. Each pixel includes a hydrophobic layer; an electro-wetting fluid adjacent the hydrophobic layer, the electro-wetting fluid including at least first and second fluids immiscible with each other and having different polar properties and different optical properties; and at least one electrode wherein application of a voltage to the electrode alters a wetting effect of the electro-wetting fluid on the hydrophobic layer in a light-modulating area of the pixel. The display further includes a light-concentrating substrate including an array of light-concentrating structures each configured to concentrate light onto the light-modulating area of a corresponding one or more pixels within the array of pixels.
    • 包括像素阵列的显示器。 每个像素包括疏水层; 邻近疏水层的电润湿流体,所述电润湿流体至少包括彼此不混溶且具有不同极性和不同光学性质的第一和第二流体; 以及至少一个电极,其中向所述电极施加电压会改变所述像素的光调制区域中的所述疏水层上的所述电润湿流体的润湿效果。 该显示器还包括一个聚光基片,它包括一个聚光结构的阵列,每个光集中结构被配置成将光聚集在像素阵列内相应的一个或多个像素的光调制区域上。
    • 3. 发明申请
    • INTEGRATED ION MOBILITY SPECTROMETER
    • 集成离子移动光谱仪
    • US20130026357A1
    • 2013-01-31
    • US13194137
    • 2011-07-29
    • Sinead Marie MATTHEWSLesley Anne PARRY-JONESAllan EVANS
    • Sinead Marie MATTHEWSLesley Anne PARRY-JONESAllan EVANS
    • H01J49/26
    • G01N27/622
    • An ion mobility spectrometer includes a plurality of substrates defining a measurement region for receiving a singular laminar gas flow without any carrier or sheath gas. The measurement region includes an ionization region that is continuous with a detection region. An ionizing electrode, which may include a plurality of asymmetric electrodes, produces ions in the gas sample within the ionization region. The ionizing electrode may apply a time varying voltage to the gas sample to generate a time dependent ion production. A field generating electrode generates an electric field to deflect the ions in the gas sample, and a detection electrode array detects the deflected ions within the detection region. A controller is configured to determine ion species based on the detection of ions by the detection electrode array. The detection electrode array may include a plurality of detection electrodes, and the controller may be configured to differentiate ion species based on which ions are detected by which one of the detection electrodes
    • 离子迁移谱仪包括多个基板,其限定用于接收单个层流气流而没有任何载体或鞘气体的测量区域。 测量区域包括与检测区域连续的电离区域。 可以包括多个不对称电极的电离电极在电离区域内的气体样品中产生离子。 电离电极可以向气体样品施加时变电压以产生时间依赖的离子产生。 场产生电极产生电场以使气体样品中的离子偏转,检测电极阵列检测检测区域内的偏转离子。 控制器被配置为基于检测电极阵列检测离子来确定离子种类。 检测电极阵列可以包括多个检测电极,并且控制器可以被配置为基于哪个离子被检测到来区分离子种类,哪个检测电极
    • 4. 发明申请
    • HIGH BRIGHTNESS AND CONTRAST MULTIPLE-VIEW DISPLAY
    • 高亮度和对比度多视图显示
    • US20130050611A1
    • 2013-02-28
    • US13215479
    • 2011-08-23
    • Lesley Anne PARRY-JONES
    • Lesley Anne PARRY-JONES
    • G02F1/1335
    • G02F1/133512G02F1/133526G02F1/13363G02F2001/133531G02F2001/133562G02F2001/133742
    • A multiple-view display which includes a liquid crystal display base panel including an entrance substrate and an exit substrate which sandwich a nematic liquid crystal layer; a backlight on a side of the liquid crystal base panel opposite a side of a viewer; an entrance polarizer positioned between the backlight and the entrance substrate; an exit polarizer positioned between the exit substrate and the viewer; and a parallax element positioned between the exit substrate and the exit polarizer, the parallax element being aligned relative to pixels within the liquid crystal base panel to create different viewing regions, wherein in a display mode nematic liquid crystal within the liquid crystal layer is in a vertically aligned nematic (VAN) liquid crystal mode.
    • 一种多视点显示器,包括:液晶显示器基板,包括入射基板和夹持向列型液晶层的出射基板; 液晶基板的与观察者侧相反的一侧的背光源; 位于背光源和入射基板之间的入射偏振器; 位于出射衬底和观察者之间的出射偏振器; 以及位于所述出射基板和所述出射偏振片之间的视差元件,所述视差元件相对于所述液晶基板内的像素对准,以产生不同的观看区域,其中在所述液晶层内的显示模式向列型液晶为 垂直取向向列(VAN)液晶模式。