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    • 4. 发明授权
    • Device for detecting rotation of a vehicle steering column
    • 用于检测车辆转向柱的旋转的装置
    • US06181129B2
    • 2001-01-30
    • US09088746
    • 1998-06-02
    • Olivier MessageFranck LandrieveJean-Luc ThoumieuxPascal Lhote
    • Olivier MessageFranck LandrieveJean-Luc ThoumieuxPascal Lhote
    • G01B714
    • B62D15/02G01D11/02G01P3/443
    • Device for detecting parameters of the rotation of a shaft 1 that rotates with respect to a stationary element, there being at least one bearing between the shaft and the stationary element so that the shaft can be mounted to rotate with respect to the stationary element, the said device comprising an encoder means 15 rotated by the rotating shaft, and a sensor means 10 secured to a stationary element and arranged facing and a small air gap away from the encoder means whose passage during rotation is detected by the sensor means. The encoder means and the sensor means are supported by a removable unit 4 independent of the bearing, the said unit being capable of being mounted on the stationary element and having a stationary part 9 supporting the sensor means and a rotating part 13 supporting the encoder means, the rotation of the rotating part being connected to that of the rotating shaft.
    • 用于检测相对于静止元件旋转的轴1的旋转参数的装置,在轴和固定元件之间存在至少一个轴承,使得轴可以安装成相对于静止元件旋转, 所述装置包括由旋转轴旋转的编码器装置15和固定到固定元件并面向的传感器装置10和远离编码器装置的小气隙,该编码器装置在旋转期间通过传感器装置检测通道。编码器装置 并且传感器装置由独立于轴承的可拆卸单元4支撑,所述单元能够安装在固定元件上,并具有支撑传感器装置的固定部分9和支撑编码器装置的旋转部分13,旋转 旋转部分连接到旋转轴的旋转部分。
    • 7. 发明授权
    • Sensing device for detecting the rotational speed of a rotating element
mounted on a non-rotating element by means of a bearing
    • 用于通过轴承检测安装在非旋转元件上的旋转元件的转速的感测装置
    • US5293124A
    • 1994-03-08
    • US814625
    • 1991-12-30
    • Claude CaillautChristophe HoudayerPascal LhoteChristian Rigaux
    • Claude CaillautChristophe HoudayerPascal LhoteChristian Rigaux
    • G01P3/487F16C19/18F16C33/78F16C41/00G01P3/44G01P3/48G01B7/14G01P3/54
    • F16C41/007F16C19/184F16C33/78G01P3/443F16C2326/02
    • Device for sensing the rotational speed of a rotating element (4) mounted by means of a roller bearing on a non-rotating element (3), comprising a multipolar ring (17) which is integral with the rotating element, a sensor (19) which is made integral with the non-rotating element, and a magnetic flux concentrating means arranged in the immediate vicinity of the multipolar ring and cooperating with the sensor in order to concentrate and channel the magnetic flux emitted by the multipolar ring. The flux concentrating means is of annular shape and comprises at least a first end shield (24) having a radial part of which one circular edge is provided on its circumference with a sealing lip (25) intended for coming into contact directly or indirectly with the rotating element (4), and a second end shield (26) provided with radial teeth (27) spaced regularly along a circular path. The multipolar ring is axially magnetised and arranged in the axial space included between the radial part of the first end shield on the one hand and the radial teeth of the second end shield on the other hand, so that the radial teeth are all situated axially opposite the magnetic poles of the same polarity of the multipolar ring.
    • 用于感测通过滚动轴承安装在非旋转元件(3)上的旋转元件(4)的旋转速度的装置,包括与旋转元件成一体的多极环(17),传感器(19) 其与非旋转元件成一体;以及磁通集中装置,其布置在紧邻多极环并且与传感器配合以便集中和通过由多极环发射的磁通量。 通量集中装置是环形形状,并且包括至少一个第一端部屏蔽件(24),其具有径向部分,其一个圆形边缘在其圆周上设置有密封唇缘(25),用于直接或间接地与 旋转元件(4)和设置有沿圆形路径规则地间隔开的径向齿(27)的第二端盖(26)。 多极环被轴向磁化并且布置在另一方面包括在第一端盖的径向部分和第二端盖的径向齿之间的轴向空间中,使得径向齿全部位于轴向相对 多极环极性相同的磁极。