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    • 1. 发明授权
    • Driver actuated accelerator mechanism with accelerator opening sensor
    • 驱动器启动加速器机构与加速器开度传感器
    • US06505496B2
    • 2003-01-14
    • US09736362
    • 2000-12-15
    • Yasunari KatoTakahiro TamuraKatsumi WatanabeMasahiro Makino
    • Yasunari KatoTakahiro TamuraKatsumi WatanabeMasahiro Makino
    • G01P1300
    • G05G1/30B60K26/02G05G5/03
    • A support shaft is non-rotationally inserted into bearing plates of support member. Accelerator rotor is attached to support shaft and can rotate, and a driver rotates it by means of the actuation of the accelerator pedal. Sensor rotor of accelerator opening sensor is attached to support shaft and can rotate. Protruding portion of sensor rotor is engaged with recess portion formed in accelerator rotor. Because plate spring inserted into recess portion sandwiches protruding portion in a direction opposite of the direction of rotation, with respect to sensor rotor, shift or deviation in the direction of rotation of accelerator rotor is prevented. Further, with respect to sensor rotor, accelerator rotor can slide in contact with plate spring while sliding in the direction of support shaft and the radial direction of accelerator rotor.
    • 支撑轴非旋转地插入到支撑构件的支承板中。 加速器转子附接到支撑轴上并且可以旋转,并且驾驶员通过加速踏板的致动来旋转它。 加速器开度传感器的传感器转子连接到支撑轴上并可旋转。 传感器转子的突出部分与形成在加速器转子中的凹部接合。 由于插入到凹部中的板簧相对于传感器转子在与旋转方向相反的方向上夹着突出部,因此防止了加速器转子的旋转方向的偏移或偏移。 此外,关于传感器转子,加速器转子可以在支撑轴方向和加速器转子的径向滑动的同时与板簧接触滑动。
    • 5. 发明授权
    • Rotation angle detector
    • 旋转角度检测器
    • US07012423B2
    • 2006-03-14
    • US10647213
    • 2003-08-26
    • Shigeru HasegawaMasahiro MakinoYasunari Kato
    • Shigeru HasegawaMasahiro MakinoYasunari Kato
    • G01B7/30
    • G05G1/30G05G1/38
    • A rotation angle detector for improving the detection accuracy of a rotation angle has a movable shaft, a bearing portion for pivotably bearing against the movable shaft, a detection portion for detecting a rotation angle of the movable shaft, and a supporting portion for supporting the detection portion. The bearing portion and the supporting portion are integrally formed of the same material. As a result, since the bearing portion and the supporting portion are accurately aligned with each other, displacement of the movable shaft with respect to the detection portion can be prevented. Thus, the detection accuracy of the movable shaft rotation angle can be improved.
    • 用于提高旋转角度的检测精度的旋转角度检测器具有可动轴,用于可转动地抵靠可动轴的轴承部,用于检测可动轴的旋转角度的检测部和用于支撑检测的支撑部 一部分。 轴承部分和支撑部分由相同的材料整体形成。 结果,由于轴承部分和支撑部分彼此精确对准,可以防止可动轴相对于检测部分的位移。 因此,可以提高可动轴旋转角度的检测精度。
    • 8. 发明授权
    • Magnetic rotation angle sensor
    • 磁旋转角传感器
    • US06693424B2
    • 2004-02-17
    • US10162890
    • 2002-06-06
    • Masahiro MakinoYasunari Kato
    • Masahiro MakinoYasunari Kato
    • G01B730
    • G01D5/145
    • A magnetic rotation angle sensor has a rotor and a stator. Magnets are disposed to supply a magnetic flux that is modulated in accordance with the rotation angle. Magnetic sensor elements detect the magnetic flux and output signals indicative of the rotation angle between the rotor and the stator. External magnetic guides are disposed on both axial sides of the cores. The external magnetic guides provide a magnetic path that runs axially to avoid the magnetic sensor elements. The external magnetic guides are distanced enough from the rotor and the stator to reduce leakage of the magnetic flux supplied by the magnets. The magnets have enough height in magnetized direction so as to reduce short-circuiting leakage of the magnetic flux.
    • 磁旋转角传感器具有转子和定子。 磁铁被设置成提供根据旋转角度被调制的磁通量。 磁传感器元件检测表示转子和定子之间的旋转角度的磁通量和输出信号。 外部磁导体设置在芯的两个轴向侧。 外部磁性导向器提供轴向延伸以避免磁性传感器元件的磁路。 外部导磁器与转子和定子足够远,以减少由磁体提供的磁通量的泄漏。 磁体在磁化方向具有足够的高度,以减少磁通量的短路泄漏。