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    • 5. 发明授权
    • Rotary electric machine
    • 旋转电机
    • US06838805B2
    • 2005-01-04
    • US10218115
    • 2002-08-14
    • Atsushi OohashiKatsuhiko KusumotoHideki MorikakuYoshinobu Utsumi
    • Atsushi OohashiKatsuhiko KusumotoHideki MorikakuYoshinobu Utsumi
    • H02K3/04H02K3/12H02K7/10H02K7/18H02K1/22
    • H02K7/1004
    • A rotary electric machine for being mounted on an internal combustion engine of a vehicle or the like. The rotary electric machine includes a rotation shaft rotatably supported by a bracket; a rotor fixed to the rotation shaft; a stator which has a stator core disposed opposite to the outer periphery of the rotor and a stator winding mounted onto the stator core, and which is supported by the bracket; and a pulley engaged with an end of the rotation shaft to rotate integrally with the rotation shaft. The pulley and the rotation shaft are mutually engaged to form an engagement portion. The engagement portion includes a regulation means for regulating-sliding movement between the rotation shaft and the pulley in their peripheral direction.
    • 一种用于安装在车辆等的内燃机上的旋转电机。 旋转电机包括由支架可旋转地支撑的旋转轴; 固定在旋转轴上的转子; 定子,其具有与所述转子的外周相对设置的定子铁芯和定子绕组,所述定子绕组安装在所述定子铁芯上,并且由所述支架支撑; 以及与所述旋转轴的端部接合以与所述旋转轴一体地旋转的滑轮。 滑轮和旋转轴相互接合以形成接合部。 接合部包括用于调节旋转轴和皮带轮之间沿其周向的滑动运动的调节装置。
    • 9. 发明授权
    • Adjustment method of rotor position detection of synchronous motor
    • 同步电机转子位置检测调整方法
    • US07388346B2
    • 2008-06-17
    • US10543212
    • 2005-01-27
    • Shinji NishimuraYoshinobu UtsumiYoshihito Asao
    • Shinji NishimuraYoshinobu UtsumiYoshihito Asao
    • H02P1/46H02P1/50H02P3/18H02P6/00H02P23/00
    • H02K19/36H02P21/06
    • To obtain an adjustment method of rotor position detection of a synchronous motor with excellent productivity. An adjustment method of rotor position detection of a synchronous motor, wherein a synchronous motor having a stator wound around a stator coil and a rotor provided with magnetic poles, and a rotational position detector having a sensor rotor fixed to the rotor and a sensor stator disposed opposite to the sensor rotor for detecting a rotational position of the rotor are provided, and wherein an amount of deviation between the rotational position of the synchronous motor determined from an output of the rotational position detector and an actual rotational position of the synchronous motor is adjusted, the method comprising: a step of detecting the amount of deviation during rotation of the synchronous motor; and a step of mechanically adjusting a relative position between the rotational position detector and the synchronous motor based on a detected value of the amount of deviation, is provided.
    • 获得具有优异生产率的同步电动机的转子位置检测的调整方法。 1.一种同步电动机的转子位置检测的调整方法,其特征在于,具有卷绕在定子线圈上的定子的同步电动机和设置有磁极的转子,以及具有固定在所述转子上的传感器转子的旋转位置检测器和设置在所述转子上的传感器定子 设置用于检测转子的旋转位置的传感器转子相对的位置,并且根据旋转位置检测器的输出和同步电动机的实际旋转位置确定的同步电动机的旋转位置之间的偏差量被调整 该方法包括:检测同步电机旋转期间的偏差量的步骤; 并且提供了基于偏差量的检测值来机械地调节旋转位置检测器和同步电动机之间的相对位置的步骤。
    • 10. 发明授权
    • Dynamoelectric claw-shaped rotor with magnet retainer
    • 带电磁保持器的电动爪形转子
    • US07259489B2
    • 2007-08-21
    • US10999958
    • 2004-12-01
    • Yoshinobu UtsumiYoshihito Asao
    • Yoshinobu UtsumiYoshihito Asao
    • H02K21/04H02K21/14
    • H02K21/044
    • Reinforcing body retainers are formed on an inner peripheral surface near a tip and near a root of first and second claw-shaped magnetic poles. Reinforcing bodies have a trapezoidal base portion and a pair of wing portions formed on two sides of the base portion, and slits are formed completely across a width direction of the base portion at a central portion in a height direction of the trapezoidal shape of the base portion so as to be offset toward a base of the trapezoidal shape. The reinforcing bodies are disposed so as to contact the inner peripheral surfaces of the first and second claw-shaped magnetic poles with a magnet housed and supported in each of the wing portions, and a D ring is fitted into the slits of the reinforcing bodies.
    • 增强体保持体形成在第一爪状磁极和第二爪状磁极的尖端附近的内周面附近。 加强体具有形成在基部的两侧的梯形基部和一对翼部,并且在基部的梯形形状的高度方向的中央部处,在基部的宽度方向上完全形成狭缝 以朝向梯形形状的底部偏移。 所述加强体配置成与所述第一爪状磁极和所述第二爪状磁极的内周面接触,所述磁体容纳并支承在所述翼部中,并且D环安装在所述加固体的狭缝中。