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    • 91. 发明授权
    • Rotor for rotating electric machine
    • 转子用于旋转电机
    • US07211922B2
    • 2007-05-01
    • US10555442
    • 2005-02-15
    • Hitoshi IsodaYoshihito Asao
    • Hitoshi IsodaYoshihito Asao
    • H02K1/22
    • H02K21/044H02K1/243H02K3/528
    • The present invention provides a dynamoelectric rotor enabling electromagnetic noise to be reduced by linking a facing tip end portion and root end portion of adjacent claw-shaped magnetic poles by a linking member and placing a field winding in contact with an inner peripheral surface of the claw-shaped magnetic poles in an electrically-insulated state so as to suppress vibration of the claw-shaped magnetic poles effectively.In the present invention, a tip end portion and a root end portion of adjacent claw-shaped magnetic poles are linked by a linking structure, and a field winding is wound onto a boss portion so as to have a larger diameter than a root inside diameter of the claw-shaped magnetic poles and is placed in contact with an inner peripheral surface of at least one of the claw-shaped magnetic poles with an insulating member interposed.
    • 本发明提供一种电动转子,其能够通过连接部件将相邻的爪状磁极的相对的前端部和根部部分相连接,并且将励磁绕组与爪的内周面接触而能够降低电磁噪声 形状的磁极处于电绝缘状态,以有效地抑制爪形磁极的振动。 在本发明中,相邻的爪状磁极的前端部和根部端部通过连结结构连结,将励磁绕组卷绕在凸起部上,使其直径大于根部内径 并且与绝缘构件插入的与至少一个爪形磁极的内周面接触的爪形磁极。
    • 95. 发明授权
    • Electric rotating machine and manufacturing process thereof
    • 电动旋转机及其制造工艺
    • US07109630B2
    • 2006-09-19
    • US10991480
    • 2004-11-19
    • Naohide MaedaYoshihito AsaoMasahiko Fujita
    • Naohide MaedaYoshihito AsaoMasahiko Fujita
    • H02K1/22
    • H02K21/044
    • In an electric rotating machine, a rotor can be manufactured relatively easily at reasonable cost without high working accuracy for pole cores, and a permanent magnet can be assembled without impairing cooling efficiency of the rotor. A magnet-holding member 7 is separately fixed to a claw-shaped magnetic pole 21 of at least one of a pair of pole cores 2, 3; each magnet-holding member 7 is provided with a magnet mounting part 72 on which a permanent magnet 5 is mounted on two sides of the claw-shaped magnetic pole 21 in circumferential direction; and each magnet mounting part 72 is formed so as to be located between the claw-shaped magnetic poles 21, 31 engaged with each other.
    • 在旋转电机中,可以以合理的成本相对容易地制造转子,而不会对极芯的加工精度高,并且可以组装永磁体而不损害转子的冷却效率。 磁体保持部件7分别固定在一对磁极铁芯2,3的至少一个的爪形磁极21上, 每个磁体保持构件7设置有磁体安装部分72,永磁体5在圆周方向上安装在爪形磁极21的两侧上; 并且每个磁体安装部分72形成为位于彼此接合的爪形磁极21,31之间。
    • 96. 发明申请
    • Method for detecting/adjusting synchronous motor rotor position
    • 用于检测/调整同步电机转子位置的方法
    • US20060113949A1
    • 2006-06-01
    • US10543212
    • 2005-01-27
    • Shinji NishimuraYoshinobu UtsumiYoshihito Asao
    • Shinji NishimuraYoshinobu UtsumiYoshihito Asao
    • H02P6/00
    • 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。
    • 98. 发明授权
    • On-vehicle AC generator
    • 车载交流发电机
    • US07012348B2
    • 2006-03-14
    • US10684715
    • 2003-10-15
    • Toshiaki KashiharaYoshihito AsaoAtsushi OohashiShougo Okamoto
    • Toshiaki KashiharaYoshihito AsaoAtsushi OohashiShougo Okamoto
    • H02K3/24
    • H02K3/50H02K1/16H02K3/38
    • An on-vehicle AC generator that comprises a rotor; and a stator including a cylindrical stator iron core in which a plurality of slots extending in axial direction of a shaft are formed to be circumferentially aligned, and which is fitted to and supported in a case to contain the rotor therein, and a stator winding wound about the slot of the stator iron core, and which possesses a high rigidity to secure no deformation by force applied at the time of being fitted to the case. An insulating resin having adhesive properties is applied to an entire surface of the coil end portions. A corner portion formed by outer circumferential surface of the bottom of the coil end portions and an end face in axial direction of the stator iron core is also filled with the adhesive insulating resin.
    • 一种包括转子的车载交流发电机; 以及定子,其包括圆柱形定子铁芯,其中沿轴向延伸的多个槽形成为周向对准,并且其被安装并支撑在壳体中以容纳转子,定子绕组缠绕 围绕定子铁芯的槽,并且具有高刚性,以确保在安装到壳体时施加的力不会变形。 具有粘合性的绝缘树脂被施加到线圈端部的整个表面。 由线圈端部的底部的外周面和定子铁心的轴向端面形成的角部也填充有粘合绝缘树脂。
    • 99. 发明授权
    • Rotor of electric rotating machine
    • 电动旋转机转子
    • US07009324B2
    • 2006-03-07
    • US10663775
    • 2003-09-17
    • Naohide MaedaYoshihito Asao
    • Naohide MaedaYoshihito Asao
    • H02K1/22
    • H02K21/044
    • Deformation and vibration of claw magnetic poles in rotor are reduced. A rotor includes: a rotor coil 15 for generating a magnetic flux by applying a current; a pole core comprised of a first pole core body 19 and a second pole core body 20 that are disposed so as to cover the rotor coil 15, each being provided with claw-shaped claw magnetic poles 21, 22 engaging with each other; and a magnet assembly 25 composed of a magnet 23 for reducing leakage of magnetic flux and a magnet-holding member 24 for supporting the magnet 23 on the claw magnetic poles 21, 22. Center of gravity 25G of the magnet assembly 25 is located on the base part side nearer than the center of the claw magnetic poles 21, 22.
    • 转子中爪磁极的变形和振动减小。 转子包括:用于通过施加电流产生磁通量的转子线圈15; 由第一极芯体19和第二极芯体20构成的极芯,该第一极芯体19和第二极芯体20以覆盖转子线圈15的方式配置,各自设置有彼此接合的爪状爪状磁极21,22。 以及由用于减少磁通量的泄漏的磁体23构成的​​磁体组件25和用于将磁体23支撑在爪磁极21,22上的磁体保持部件24。 磁体组件25的重心25G位于比爪磁极21,22的中心更近的基部侧。