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    • 1. 发明授权
    • Physical quantity measuring device
    • 物理量测量装置
    • US06578429B1
    • 2003-06-17
    • US09746424
    • 2000-12-21
    • Dominick DannaRaymond A. LiaJohn W. SimsRobert L. Vivenzio
    • Dominick DannaRaymond A. LiaJohn W. SimsRobert L. Vivenzio
    • G01L704
    • G01D5/04G01L7/043G01L7/063G01L19/10
    • An apparatus for measuring a physical quantity or parameter includes a housing having a supportably mounted shaft member. A first end of the shaft member is placed in proximity with the output of a displacement device which is responsive to a change in the physical quantity. A ribbon spring member is coaxially disposed and wound helically about the supported shaft member, one end of the spring member being attached to the shaft and a remaining end to a supporting structure. Based on a change in the physical quantity, (pressure, velocity, temperature, etc.), the output of the displacement device engages the shaft member, which axially displaces and rotates due to the constraint of the ribbon spring member. The rotation of the shaft member produces a corresponding angular deflection of an attached pointer relative to readable indicia.
    • 用于测量物理量或参数的装置包括具有可支撑地安装的轴构件的壳体。 轴构件的第一端放置在与物理量的变化相应的位移装置的输出附近。 带状弹簧构件同轴地设置并围绕支撑的轴构件螺旋地缠绕,弹簧构件的一端附接到轴,而剩余的端部附接到支撑结构。 基于物理量(压力,速度,温度等)的变化,位移装置的输出与轴构件接合,该轴构件由于带状弹簧构件的约束而轴向移位和旋转。 轴构件的旋转相对于可读标记产生附接指针的相应角度偏转。
    • 10. 发明授权
    • Fluid controlled biased bending neck
    • 流体控制偏压弯颈
    • US5203319A
    • 1993-04-20
    • US652660
    • 1991-02-08
    • Dominick DannaAllan I. KrauterRaymond A. Lia
    • Dominick DannaAllan I. KrauterRaymond A. Lia
    • A61B1/005F15B15/10G02B23/16G02B23/26
    • G02B23/26A61B1/0053F15B15/103G02B23/16
    • A tubular, fluid-controlled bending neck is provided for an elongated flexible probe, such as a video borescope. An elongated tubular elastomeric bladder is fitted to a proximal connector that fits onto a distal end of the probe insertion tube, and a distal fitting seals the distal end of the bladder. A tubular braid is disposed over the bladder to confine the same and is mechanically attached to the distal fitting and to the proximal connector. The connector provides communication of fluid pressure from a controlled fluid pressure source to the interior of the bladder. An elastically bendable, but axially substantially incompressible spine is disposed at the interface between the bladder and the braid. This spine is preferably set or biased to be curved into one bending direction. As fluid pressure is applied to the bladder, the bladder inflates laterally. This shortens the braid on the side away from the spine, thereby bending the neck in the opposite direction. By applying a pressure intermediate between a zero pressure and the pressure required for full bending the bending neck will assume a straight orientation.
    • 为细长的柔性探针(例如视频内窥镜)提供管状流体控制的弯曲颈部。 细长的管状弹性体囊被装配到近端连接器上,该近端连接器配合到探针插入管的远端,并且远端配件密封囊的远端。 管状编织物设置在膀胱上方以限制其上并机械地连接到远端配件和近端连接器。 连接器提供从受控流体压力源到囊的内部的流体压力的连通。 弹性可弯曲但轴向上基本上不可压缩的脊柱设置在囊和编织物之间的界面处。 该脊椎优选地设置或偏置成弯曲成一个弯曲方向。 当液体压力施加到膀胱时,膀胱横向膨胀。 这样可以缩短编织物远离脊柱的一侧,从而使颈部沿相反的方向弯曲。 通过在零压力和完全弯曲所需的压力之间施加中间压力,弯曲颈部将呈现直线取向。