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    • 1. 发明授权
    • Shift register
    • 移位寄存器
    • US07145545B2
    • 2006-12-05
    • US10760576
    • 2004-01-20
    • Patrick A. ZebedeeHarry Garth Walton
    • Patrick A. ZebedeeHarry Garth Walton
    • G09G3/36
    • G11C19/28
    • A shift register is provided, for example, for use in scan and data line drivers for an active matrix liquid crystal display. The shift register comprises X stages, where X is an integer greater than 3. A clock signal generator supplies Y-phase clock signals, where Y is greater than 2. Each of the stages comprises a flip-flop and logic circuit and receives a set enable signal from the immediately preceding stage output. Each stage is set by the leading edge of one of the clock phases in the pressure of the set enable signal and is reset by the trailing edge of the clock phase. In order to provide bi-directional operation, each intermediate stage also receives set enable signals from the immediately succeeding stage output. The clock signal generator supplies clock pulses in a first order for shift register operation in the forward direction and in the reverse order for shift register operation in the reverse direction.
    • 提供移位寄存器,例如用于有源矩阵液晶显示器的扫描和数据线驱动器。 移位寄存器包括X级,其中X是大于3的整数。时钟信号发生器提供Y相大于2的Y相时钟信号。每个级包括触发器和逻辑电路并接收一组 使能来自前一级输出的信号。 每个级由设置使能信号的压力中的一个时钟相位的前沿设置,并由时钟相位的后沿复位。 为了提供双向操作,每个中间级还从紧接着的后级输出接收设定使能信号。 时钟信号发生器以正向方向提供用于移位寄存器操作的时钟脉冲,并且以相反的顺序向相反方向提供移位寄存器操作。
    • 4. 发明授权
    • Imaging systems
    • 成像系统
    • US06222672B1
    • 2001-04-24
    • US09199295
    • 1998-11-24
    • Michael John TowlerHarry Garth WaltonElizabeth Jane Acosta
    • Michael John TowlerHarry Garth WaltonElizabeth Jane Acosta
    • G02B2726
    • G02B27/26H04N13/337H04N13/359H04N13/363
    • An imaging system according to the invention includes: a matrix of light modulating elements including first and second elements for respectively transmitting first and second image components; a polarizing element having a first polarization axis for linearly polarizing light from the first and second elements; a first optical retardation element incorporating at least one first retarder having first and second regions respectively having a first optic axis at a first orientation and a second option axis at a second orientation to the first polarization axis; and a detecting element having first and second detecting parts, each detecting part including respective second optical retardation element incorporating at least one second retarder and an analyzing element having a second polarization axis intended to be disposed at a defined orientation relative to the first polarization axis, at least one second retarder of the first detecting part having an optic axis which is intended to be disposed substantially perpendicularly to the first optic axis and transversely to the second optic axis of the at least one first retarder, and at least one second retarder of the second detecting part having an optic axis which is intended to be disposed substantially perpendicularly to the second optic axis and transversely to the first optic axis of the at least one first retarder. Substantially only light relating to the first image component is transmitted by the first detecting part and substantially only light relating to the second image component is transmitted by the second detecting part.
    • 根据本发明的成像系统包括:光调制元件矩阵,包括用于分别发射第一和第二图像分量的第一和第二元件; 具有用于使来自第一和第二元件的光线性偏振的第一偏振轴的偏振元件; 第一光学延迟元件包括至少一个第一延迟器,其具有第一和第二区域,第一和第二区域分别具有第一取向的第一光轴和与第一偏振轴成第二取向的第二选择轴; 以及具有第一和第二检测部分的检测元件,每个检测部分包括相应的第二光学延迟元件,所述第二光学延迟元件包括至少一个第二延迟器和具有第二偏振轴的分析元件,所述第二偏振轴将相对于所述第一偏振轴以规定的方向设置, 所述第一检测部分的至少一个第二延迟器具有旨在基本上垂直于所述第一光轴并且横向于所述至少一个第一延迟器的第二光轴布置的光轴,以及至少一个第二延迟器 第二检测部分具有旨在基本上垂直于第二光轴并横向于至少一个第一延迟器的第一光轴布置的光轴。 基本上只有与第一图像分量相关的光被第一检测部分发送,并且基本上只有与第二图像分量有关的光被第二检测部分发送。
    • 8. 发明申请
    • DISPLAY DEVICE
    • 显示设备
    • US20100194721A1
    • 2010-08-05
    • US12094360
    • 2006-09-01
    • Kazuhiko MiyataMichael James BrownlowHarry Garth Walton
    • Kazuhiko MiyataMichael James BrownlowHarry Garth Walton
    • G09G5/10
    • G09G3/2096G02F1/13452G02F2001/133612G06F3/14G09G3/3406G09G2320/0626G09G2360/145G09G2370/04G09G2370/08
    • A display device is provided, including a signal transmission mechanism that makes it possible to reduce the number of pins on an FPC board connected to a TFT substrate or eliminate the necessity for the FPC board, and that can be readily applied to a compact device.The present liquid crystal display device includes light detectors, a receiver circuit, a display control circuit, a video signal line drive circuit, a scanning signal line drive circuit, and a display portion, which are formed on a TFT substrate of a liquid crystal display panel, and it also includes white LEDs, and an LED drive circuit, which are included in a backlight portion. The LED drive circuit drives the white LEDs, each emitting a light (modulation) signal LS in accordance with an externally-provided video signal VS. The receiver circuit generates (demodulates) the video signal VS based on a signal received via the light detector. Such an optical transmission mechanism makes it possible to reduce the number of pins on the FPC board or eliminate the FPC board.
    • 提供了一种显示装置,包括可以减少连接到TFT基板的FPC基板上的引脚数量或不需要FPC板的信号传输机构,并且可以容易地应用于紧凑的装置。 本液晶显示装置包括形成在液晶显示器的TFT基板上的光检测器,接收电路,显示控制电路,视频信号线驱动电路,扫描信号线驱动电路和显示部 面板,并且还包括白色LED和包括在背光部分中的LED驱动电路。 LED驱动电路驱动白色LED,每个白色LED根据外部提供的视频信号VS发射光(调制)信号LS。 接收器电路基于经由光检测器接收的信号来生成(解调)视频信号VS。 这样的光传输机构使得可以减少FPC板上的引脚数量或者消除FPC基板。
    • 10. 发明授权
    • Method for integrated MEMS packaging
    • 集成MEMS封装的方法
    • US07569410B2
    • 2009-08-04
    • US11640592
    • 2006-12-18
    • John W. HartzellHarry Garth WaltonMichael James Brownlow
    • John W. HartzellHarry Garth WaltonMichael James Brownlow
    • H01L21/00
    • B81C1/0023H01L27/1214
    • An integrated MEMS package and associated packaging method are provided. The method includes: forming an electrical circuit, electrically connected to the first substrate; integrating a MEMS device on a first substrate region, electrically connected to the first substrate; providing a second substrate overlying the first substrate; and, forming a wall along the first region boundaries, between the first and second substrate. In one aspect, the electrical circuit is formed using thin-film processes; and, wherein integrating the MEMS device on the first substrate region includes forming the MEMS using thin-film processes, simultaneous with the formation of the electrical device. Alternately, the MEMS device is formed in a separate process, attached to the first substrate, and electrical interconnections are formed to the first substrate using thin-film processes.
    • 提供集成MEMS封装和相关封装方法。 该方法包括:形成电连接到第一基板的电路; 将MEMS器件集成在电连接到第一衬底的第一衬底区域上; 提供覆盖所述第一基板的第二基板; 以及沿所述第一区域边界在所述第一和第二基板之间形成壁。 在一个方面,使用薄膜工艺形成电路; 并且其中将MEMS器件集成在第一衬底区域上包括使用薄膜工艺形成MEMS,同时形成电子器件。 或者,MEMS器件以独立的工艺形成,附接到第一衬底,并且使用薄膜工艺将电互连形成到第一衬底。