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    • 8. 发明授权
    • Rotation sensor
    • 旋转传感器
    • US06860159B2
    • 2005-03-01
    • US10029540
    • 2001-12-20
    • Dongzhi JinFumihiko AbeMasahiro HasegawaTsuyoshi NakamotoKengo TanakaKazuhiko MatsuzakiKosuke Yamawaki
    • Dongzhi JinFumihiko AbeMasahiro HasegawaTsuyoshi NakamotoKengo TanakaKazuhiko MatsuzakiKosuke Yamawaki
    • G01D5/20G01L3/12G01L3/14
    • G01D5/2013
    • The rotation sensor (10) has a cylindrical first rotor (11) made of an insulating magnetic material, having conductor layers (11a) arranged circumferentially, the first rotor being attached to a rotating first shaft (5a) at a predetermined axial position; a fixed core (12) having an exciting coil (12b), the core being fixed to a fixing member with a space secured in the axial direction with respect to the first shaft; a second rotor (13) having nonmagnetic metal bodies (13b) arranged circumferentially to oppose the conductor layers respectively, the second rotor being attached to a second shaft located adjacent to and rotating relative to the first shaft (5a) and being located between the first rotor (11) and the fixed core (12); and oscillating device connected to the exciting coil (12b), the oscillating device transmitting an oscillation signal of a specific frequency. The rotation sensor has rotation guides (11c,13c) for guiding rotation of the first and second rotors (11,13) respectively with respect to the fixed core (12).
    • 旋转传感器(10)具有由绝缘磁性材料构成的圆筒状的第一转子(11),具有沿周向配置的导体层(11a),第一转子在预定的轴向位置安装在旋转的第一轴(5a)上; 具有励磁线圈(12b)的固定铁心(12),所述铁芯固定在相对于所述第一轴在轴向固定的空间的固定部件上; 具有分别与导体层相对设置的非磁性金属体(13b)的第二转子(13),所述第二转子附接到相对于所述第一轴(5a)相邻并且相对于所述第一轴(5a)旋转的第二轴,并且位于所述第一转子 转子(11)和固定铁心(12); 以及连接到所述励磁线圈(12b)的振荡装置,所述振荡装置发送特定频率的振荡信号。 旋转传感器具有用于相对于固定铁心(12)分别引导第一和第二转子(11,13)的旋转的旋转引导件(11c,13c)。
    • 9. 发明授权
    • Sensor for detecting relative rotation between shafts
    • 用于检测轴之间相对旋转的传感器
    • US06481296B2
    • 2002-11-19
    • US09790304
    • 2001-02-21
    • Dongzhi JinFumihiko AbeKengo TanakaKazuhiko MatsuzakiMasahiro HasegawaKosuke Yamawaki
    • Dongzhi JinFumihiko AbeKengo TanakaKazuhiko MatsuzakiMasahiro HasegawaKosuke Yamawaki
    • G01L310
    • G01D5/2451G01L3/105
    • A rotation sensor (10) provided with a first rotor (11) fixed to a predetermined position in the axial direction of the shaft, a second rotor (12) fixed to the shaft (5) adjoining the first rotor, and a magnetic material core (13) having a resonance coil (13c) arranged around the first rotor and forming a magnetic circuit working with the first rotor. The first rotor (11) is formed by a magnetic material comprised of an insulator, an irregular magnetic field is formed with the magnetic material core, and the second rotor (12) is provided with a conductor cutting across areas of different intensities of the irregular magnetic field in accordance with the difference of the angle of rotation when a difference in the angle of relative rotation occurs at a shaft position where the first rotor is fixed and a shaft position where the second rotor is fixed.
    • 旋转传感器(10),其设置有固定在所述轴的轴向的预定位置的第一转子(11),与所述第一转子相邻的所述轴(5)固定的第二转子(12),以及磁性材料芯 (13),其具有围绕所述第一转子布置的谐振线圈(13c),并形成与所述第一转子一起工作的磁路。 第一转子(11)由绝缘体构成的磁性材料形成,由磁性材料芯形成不规则的磁场,第二转子(12)设置有导体,该导体沿不规则的不同强度区域 当在固定第一转子的轴位置和第二转子固定的轴位置发生相对旋转角度的差异时,根据旋转角度的差异,产生磁场。