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    • 52. 发明申请
    • METHOD FOR CALIBRATING A THICKNESS GAUGE
    • US20110125442A1
    • 2011-05-26
    • US12992993
    • 2009-04-21
    • Günter SchallmoserKarl WisspeintnerRobert Wagner
    • Günter SchallmoserKarl WisspeintnerRobert Wagner
    • G01B21/08
    • G01B21/042G01B21/08G01B2210/44
    • A method for calibrating a thickness gauge, wherein the thickness gauge measures the thickness of a measurement object in a predefinable measuring direction (Z), comprising at least one displacement sensor (1, 2) operating in a contactless or scanning manner, wherein a reference object (3) having a known thickness and shape is moved into at least a partial region of the measurement field of the at least one displacement sensor (1, 2), comprises the following steps with respect to particularly precise and simple calibration. First, at least two independent measurement values are recorded by the at least one displacement sensor (1, 2) in at least two predefinable sites on a first surface of the reference object (3) at predefinable times tj, or as a function of predefinable positions pj of the reference object (3) in the measurement field, where j=1, 2 . . . . Then the tilting or spatial position of the reference object in the measurement field is determined based on the measurement values recorded at the times tj, or as a function of the positions pj of the reference object (3). Then, a further measurement value is recorded by the at least one displacement sensor (1, 2) at a further site located in the measuring direction (Z) on a second surface disposed opposite the first surface, or on a surface region of the reference object (3) disposed opposite the first surface, in order to determine a thickness value of the reference object (3) in the measuring direction (Z). Then, the thickness value of the reference object (3) is calculated from the measurement values of the at least one displacement sensor (1, 2) at the times tj or in the positions pj in the measuring direction (Z). Finally, the difference between the calculated thickness value and the known thickness of the reference object (3) is calculated in order to obtain position and tilt or location-dependent corrective values in the partial region or measurement field, in order to compensate for geometric errors and/or non-linearities of the at least one displacement sensor (1, 2) in the partial region or measurement field during thickness measurement.
    • 55. 发明申请
    • HAND RAIL SYSTEM RAILING CONNECTOR
    • 手拉系统轨道连接器
    • US20090173852A1
    • 2009-07-09
    • US12402320
    • 2009-03-11
    • Robert WagnerAlan Nash
    • Robert WagnerAlan Nash
    • A47B96/06
    • F16B7/0413E04F11/1812E04F11/1853E04F2011/1872F16B2/04F21V33/006F21W2111/08F21Y2115/10Y10T403/5741Y10T403/7176
    • A rail system includes a cap rail defining a slot. Within the slot may be positioned expansion brackets that permit the cap rail to be mounted to a wall or a post. The expansion bracket is configured to engage an end of a fixture to position and secure the fixture within the slot. The expansion bracket defines a cable way for wires extending to or from the fixture. Other expansion brackets may be mounted within the slot to position and secure ends of fixtures when the mounting expansion brackets are not correctly positioned with respect to the end of the fixture. A rail system includes a pair of rails extending between a pair of posts. An in-fill panel is positioned within slots of each rail and extends between the rails. Expansion brackets within the slots engage the panel.
    • 轨道系统包括限定槽的盖板轨。 在槽内可以定位膨胀支架,使得盖导轨能够安装在墙壁或柱子上。 膨胀支架被构造成接合夹具的端部以将夹具定位并固定在槽内。 扩展支架定义了延伸到固定装置或从夹具延伸的电线的电缆方式。 当安装膨胀支架相对于固定装置的端部未正确定位时,其他的膨胀支架可以安装在槽内以定位和固定固定装置的端部。 轨道系统包括在一对柱之间延伸的一对轨道。 一个内置面板位于每个导轨的槽内,并在轨道之间延伸。 插槽内的扩展支架接合面板。
    • 59. 发明授权
    • Retractable cleanable cover for slide-out unit
    • 可伸缩的可拆卸盖,用于滑出单元
    • US07188889B2
    • 2007-03-13
    • US10993038
    • 2004-11-19
    • Robert WagnerScott W. Thompson
    • Robert WagnerScott W. Thompson
    • B60P3/34
    • B60P3/343E04F10/0622E04F10/0648E04F10/0662E04F10/067E04F10/0685
    • A retractable cover for a slide-out unit on a recreational vehicle, mobile home, travel trailer, or the like, includes a roll bar that is movable with the slide-out unit away from the side of the vehicle with the roll bar mounted in a housing having a closure plate which is easily pivoted to an open position or removed to facilitate maintenance or removal of debris that may accumulate in the housing during a retraction of the cover. The housing is mounted on the slide-out unit with brackets permitting the brackets to be located at any position along the length of the housing and also permitting the housing to assume a length that is much greater than the width of the slide-out unit providing a better cover for the slide-out unit during inclement weather.
    • 一种用于休闲车辆,移动式家用,旅行拖车等上的滑出单元的可伸缩盖包括一个滚动杆,该滚动杆可以随着滑出单元离开车辆侧面而移动,滚轮杆安装在 壳体具有闭合板,该闭合板容易地枢转到打开位置或移除,以便于维护或去除可能在盖子缩回期间积聚在壳体中的碎屑。 壳体安装在具有支架的滑出单元上,允许支架位于沿着壳体长度的任何位置,并且还允许壳体呈现远大于滑出单元的宽度的长度, 在恶劣天气期间,滑板装置更好的覆盖。
    • 60. 发明授权
    • Interferometric JFTOT tube deposit measuring device
    • 干涉JFTOT管沉积测量装置
    • US5293218A
    • 1994-03-08
    • US906903
    • 1992-06-30
    • Robert E. MorrisRobert Wagner
    • Robert E. MorrisRobert Wagner
    • G01B11/06G01N33/28
    • G01B11/0675G01N33/2805
    • Jet fuels are tested for thermal stability by passing the fuel over a hea metal tube and measuring the amount of residue deposited as a film on the tube as a result of chemical changes to the fuel. The thickness distribution and volume of a deposited film on a tube are calculated by scanning the length of the tube with an optical probe, shining light onto the tube, measuring the intensity of reflected light of a preselected wavelength from the tube, and correlating the reflected light intensity with positions on the tube. The tube is then partially rotated, and the process is repeated until the entire surface of the tube is scanned. The volumes of each longitudinal slice of the tube are summed to give the total deposit volume on the tube.
    • 通过将燃料通过加热的金属管并测量由于燃料的化学变化而作为膜上沉积的残余物的量来测量喷气燃料的热稳定性。 通过用光学探针扫描管的长度来计算管上沉积膜的厚度分布和体积,将光照射到管上,测量来自管的预选波长的反射光的强度,并将反射的 光强与管上的位置。 然后将管部分旋转,并重复该过程,直到扫描管的整个表面。 将管的每个纵向切片的体积相加以给出管上的总沉积体积。