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    • 83. 发明申请
    • TORQUE MEASURING ARRANGEMENT FOR A QUILL SHAFT
    • 扭矩测量装置
    • WO2014193240A1
    • 2014-12-04
    • PCT/NO2014/050085
    • 2014-05-27
    • ROLLS-ROYCE MARINE AS
    • RØYSET, Norvald Harald
    • G01L3/06G01L3/08G01L3/10B63H23/34
    • B63H23/34B63H23/32G01L3/06G01L3/10
    • The present invention concerns an arrangement (20) for measuring torque in a transmission system with a quill shaft (2) coaxially inside a bore of a driveshaft (3), coaxially supported in a sleeve (6). The quill shaft is fixed to the driveshaft (3) at a first end and to the sleeve (6) at a second end, whereby a load applied to the driveshaft (3) results in torsion of the quill shaft (2) and a torsional displacement of the driveshaft (3) in the sleeve (6). The arrangement includes a measuring surface (221) extending circumferentially along a segment angle of the transmission system and the measuring surface extends with a varying distance in an axial direction along at least a part of the segment angle at one of the sleeve (6) and the driveshaft (3). A gap sensing element (21) is provided for measuring the size of a gap between the gap sensing element (21) and the measuring surface (221) at the other of the sleeve (6) and the driveshaft (3).
    • 本发明涉及一种用于在同轴地支撑在套筒(6)中的同轴地驱动驱动轴(3)的孔内的套筒轴(2)测量传动系统中的扭矩的装置(20)。 套筒轴在第一端处固定到驱动轴(3),在第二端固定到套筒(6),由此施加到驱动轴(3)的负载导致轴套(2)的扭转和扭转 驱动轴(3)在套筒(6)中的位移。 该装置包括沿着传动系统的分段角沿周向延伸的测量表面(221),并且测量表面沿轴向方向沿着在套筒(6)的一个处的分段角度的至少一部分和 驱动轴(3)。 间隙检测元件(21)用于测量套筒(6)和驱动轴(3)中的另一个上间隙检测元件(21)和测量表面(221)之间的间隙的尺寸。
    • 84. 发明申请
    • TRANSDUCER FOR MEASURING TORQUE IN A ROTATING SHAFT
    • 用于在旋转轴中测量扭矩的传感器
    • WO99005493A1
    • 1999-02-04
    • PCT/AU1998/000575
    • 1998-07-21
    • G01B11/16G01L3/12G01L5/22G01L3/08
    • G01L3/12G01B11/16G01B11/18G01L5/221
    • A transducer for measuring torque in a rotating shaft at least partially surrounded by a fixed housing. The transducer comprises an optical displacement sensing means, an optical transmission means, and an optical-electric converter means. The optical displacement sensing means residing on the shaft and modulating a light signal input to provide a light signal output relating to the magnitude of torque. The light signal output communicated to the optical-electric converter means via the optical transmission means. The optical transmission means comprising an optical clock spring, the optical-electric converter means either mounted to the housing or external to the housing. The optical clock spring comprising one or more flexible fiber optical cables, each cable arranged to be of sufficient length to allow the measurement of the magnitude of torque over a predetermined angular range of rotation of the shaft and the optical-electric converter means thereby providing an electrical output signal relating to the magnitude of the torque in the shaft.
    • 用于测量至少部分地被固定壳体包围的旋转轴中的扭矩的换能器。 换能器包括光学位移检测装置,光学传输装置和光电转换器装置。 光学位移感测装置驻留在轴上并调制光信号输入以提供与扭矩幅度相关的光信号输出。 光信号输出经由光传输装置传送到光电转换器装置。 所述光传输装置包括光时钟弹簧,所述光电转换器装置安装到所述壳体或外壳外部。 光时钟弹簧包括一个或多个柔性光纤光缆,每个电缆布置成具有足够的长度,以允许在轴和光电转换器装置的预定角度旋转范围内测量扭矩的大小,从而提供 与轴中扭矩大小有关的电输出信号。