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    • 1. 发明授权
    • Clean room wall system
    • 洁净室墙系统
    • US6155014A
    • 2000-12-05
    • US271401
    • 1999-03-17
    • S. Ross Wagner
    • S. Ross Wagner
    • E04B2/74E04B2/76E04B2/82
    • E04B2/821E04B2/7453E04B2/764E04B2002/7498
    • There is disclosed a non-progressive modular wall system for wall heights greater than eight feet that does not require excessive demolition of adjacent wall panels and framing posts above and below the moment connection, typically at the eight foot level. The wall system assembly includes framing at the moment connection comprising connector or junction blocks fastened to the ends of the framing posts. The connector blocks abut each other and are fastened together at the moment connection and allow for selective removal of the framing posts. The disclosed wall system meets the lateral load and deflection requirements for non-progressive wall systems having wall heights greater than eight feet.
    • 公开了一种用于高于八英尺的墙壁高度的非渐进式模块化墙体系统,其不需要在通常在八英尺水平面上的时间连接上方和下方过度地拆除邻近的墙板和框架柱。 墙系统组件包括框架,该连接件包括紧固在框架端部的连接器或连接块。 连接器块彼此邻接并且在连接时被紧固在一起,并且允许选择性地移除框架柱。 所公开的壁系统满足具有大于8英尺的壁高度的非渐进壁系统的横向载荷和偏转要求。
    • 2. 发明授权
    • Stereoscopic gaze controller
    • 立体注视控制器
    • US5984475A
    • 1999-11-16
    • US204508
    • 1998-12-04
    • Henrietta L. GalianaRoss Wagner
    • Henrietta L. GalianaRoss Wagner
    • G01S3/786H04N13/00A61B3/14
    • H04N13/0468G01S3/7864H04N13/0484H04N13/0239H04N13/0296H04N2013/0081
    • An integrated controller for controlling both pan and vergent movements of a stereoscopic vision system, having two cameras, is described. The controller determines motion and direction based on a provided retinal error. Each of the cameras is moved until no retinal error remains which results from camera orientation. A butterfly controller accepts data input relating to retinal errors from any number of sources and provides a single signal relating to common motion and another signal relating to vergent motion to each control circuit. The circuits are designed to operate in common mode or differential mode thereby causing sensors to move in different directions when controlled by same control signals.
    • 描述了一种用于控制具有两个摄像机的立体视觉系统的平移和变形运动的集成控制器。 控制器根据提供的视网膜错误来确定运动和方向。 每个相机都被移动,直到没有视网膜错误残留,这是由相机方向导致的。 蝶形控制器接受与任何数量的源相关的视网膜误差的数据输入,并且提供与普通运动有关的单个信号和与每个控制电路的运动相关的另一个信号。 这些电路设计为在共模或差模模式下工作,从而当由相同的控制信号控制时,传感器可以在不同的方向移动。
    • 3. 发明授权
    • Method and apparatus for subterranean liquid level measurement
    • 用于地下液面测量的方法和装置
    • US5048334A
    • 1991-09-17
    • US571319
    • 1990-08-22
    • Duane R. HamptonRoss WagnerJames Howell
    • Duane R. HamptonRoss WagnerJames Howell
    • G01F23/04G01F23/22
    • G01F23/04G01F23/22
    • A method and an apparatus for determining the thickness of a layer of a first liquid above an interface formed by the first liquid and the second liquid underlying the first liquid in a subterranean formation. The apparatus includes an elongated metal rod having a sharpened distal end. An electrode is provided adjacent the sharpened distal end to indicate when the interface formed by the two liquids has been reached. A lengthwise running elongated slot is provided in the outer surface of the body of the metal rod and contains an indicator strip. The indicator strip is adapted to undergo a color change upon contact with the first liquid. By measuring the length of the indicator strip which has undergone a color change, the thickness of the layer of the first liquid can be determined.
    • 一种用于确定在第一液体之上的第一液体的层的厚度的方法和装置,所述界面由第一液体和位于地层中的第一液体下面的第二液体形成。 该装置包括具有尖锐远端的细长金属杆。 电极靠近锐化的远端设置,以指示何时达到由两种液体形成的界面。 在金属棒的主体的外表面上设置有长度方向延伸的细长槽,并包含指示条。 指示条适于在与第一液体接触时经受变色。 通过测量已经发生颜色变化的指示条的长度,可以确定第一液体的层的厚度。