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    • 2. 发明公开
    • Device for recording the cylinder capacity of hydraulic motors having radial variable cylinder-piston unit
    • 用于登记一个液压机的汽缸容量,设有可变汽缸容量。
    • EP0267656A2
    • 1988-05-18
    • EP87202178.7
    • 1987-11-07
    • RIVA CALZONI S.p.A.
    • Zoffoli, Piergiorgio
    • F01B25/00F01B1/06F03C1/04F01B31/12F04B51/00
    • F01B25/00F01B1/062F01B31/12F02B77/08
    • The invention relates to a device for recording the cylinder capacity of hydraulic motors having variable-capacity radial propulsors and in which the propulsors (4) have at least one oscillating portion coupl­ed to an eccentric component (3) of the drive shaft (2), the device comprising at least one proximity sensor (12) mounted in a fixed position on the outer casing (1) of the motor and facing an oscillat­ing means comprising a propulsor (4) or portion thereof, the sensor being adapted to generate an electric signal of varying intensity depending on the distance between it and the oscillating means, and the maximum amplitude of variation of the signal at each revolution of the motor corresponding to the maximum amplitude of oscillation of the oscillating means, which is related to the eccentrity of the eccentric component and to the cylinder capacity determined thereby.
    • 本发明涉及一种设备,用于记录具有可变容量的径向推进器,并且其中所述推进器(4)具有连接到所述驱动器的偏心部件(3)的轴的至少一个振荡部液压马达的汽缸容量(2) 包括至少一个非接触式传感器(12),该装置安装在固定位置上的外壳(1)的发动机的和摆动装置包括一个推进器(4)或其部分的面对,所述传感器angepasst在电信号以产生 的变化的强度取决于它与振荡装置,和该信号的变化中的电机对应于所述振荡装置的振荡的最大振幅的每一转的最大振幅之间的距离,所有这是关系到偏心的eccentrity 成分和向汽缸容量确定性从而开采。
    • 3. 发明公开
    • POSITION SENSOR
    • 位置传感器
    • EP1727968A2
    • 2006-12-06
    • EP05705697.0
    • 2005-01-14
    • Control Products Inc.
    • GLASSON, Richard O.
    • F01B31/12F16C1/10
    • F15B15/283Y10T74/20402
    • A position sensor (10) includes a stationary frame (12) supporting a rotatable spool (20) onto which a cable (28) is wound in a plurality of individual windings (30). A distal end of the cable (28) extends through a lead guide (34) for attachment to an object whose position is desired to be sensed. As the object moves, the cable (28) is wound or unwound about the spool (20) and the spool (20) rotates in direct correlation to the movement of the object. The spool (20) is retained in the frame (12) through a threaded engagement between a threaded extension (22) extending from the spool (20) and a threaded opening in the frame (12). Thus, as the spool (20) rotates, the spool (20) travels along a linear path and a sensor (58) determines the location of the threaded extension (22) to determine the location of the object. A recoil spring (40) is used which may be located within the spool (20) itself.
    • 位置传感器(10)包括支撑可旋转卷轴(20)的固定框架(12),线缆(28)缠绕在多个单独绕组(30)上。 电缆(28)的远端延伸穿过引导件(34)以附接到期望被感测位置的物体。 当物体移动时,缆索(28)围绕卷轴(20)缠绕或松开,并且卷轴(20)与物体的运动直接相关地旋转。 阀芯(20)通过从阀芯(20)延伸的螺纹延伸部(22)和框架(12)中的螺纹开口之间的螺纹接合而保持在框架(12)中。 因此,随着阀芯(20)旋转,阀芯(20)沿直线路径行进,并且传感器(58)确定螺纹延伸部(22)的位置以确定对象的位置。 使用可位于线轴(20)自身内的反冲弹簧(40)。