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    • 34. 发明申请
    • Axial gap type rotating electric machine
    • 轴向间隙式旋转电机
    • US20050017596A1
    • 2005-01-27
    • US10496987
    • 2002-11-29
    • Shinya NaitoHaruyoshi Hino
    • Shinya NaitoHaruyoshi Hino
    • H02K1/14H02K21/12H02K1/22
    • H02K1/148B60G2204/30B60L2200/12H02K2201/15Y02T10/641
    • There is provided an axial gap type rotating electric machine which is small-sized and achieves a high motor efficiency as a drive source having a high torque using a strong magnet by reducing energy loss by an induced current. An axial gap type rotating electric machine having a yoke on a side of a rotor in a circular plate shape fixed to a rotating shaft, a yoke 23 on a side of a stator in a circular plate shape opposed to the yoke on the side of the rotor, a magnet fixed to a side of an opposed face of either one of the yokes on the side of the rotor or the side of the stator, a plurality of teeth 24 arranged on a side of an opposed face of other yoke on the side of the rotor or the side of the stator radially and opposedly to the magnet, and a coil 25 wound around each of the plurality of teeth, in which the yoke 23 has a fixing portion including a hole or a recess for inserting a portion of the teeth to fix, and in which a resistance portion against an induced current (slit 36) is provided at a surrounding of the fixing portion.
    • 提供了一种小型的轴向间隙型旋转电机,通过减小感应电流的能量损失,使用强磁体具有高转矩的驱动源,实现了高的电动机效率。 一种轴向间隙型旋转电机,其具有固定在旋转轴上的圆板形状的转子侧的轭,与该轭的侧面上的轭相对的圆板状的定子侧的轭23 转子,固定在转子侧或定子侧的轭中任一个的相对面的一侧的磁体,多个齿24,其布置在侧面上的另一个轭的相对面的一侧 所述转子或所述定子的侧面与所述磁体径向和相对地缠绕;以及线圈25,其缠绕在所述多个齿中的每一个上,所述轭23具有固定部,所述固定部包括用于插入所述多个齿的一部分的孔或凹部 固定的齿,并且在固定部分的周围设有抵抗感应电流的电阻部分(狭缝36)。
    • 36. 发明授权
    • Rotary electrical machine
    • 旋转电机
    • US07906884B2
    • 2011-03-15
    • US12393513
    • 2009-02-26
    • Haruyoshi HinoKeiko Murota
    • Haruyoshi HinoKeiko Murota
    • H02K1/00
    • H02K21/029B60L2200/12B60L2220/44B62K2204/00H02K21/026H02K21/028H02K21/22H02K21/24Y02T10/641
    • A rotary electrical machine has a mechanism capable of varying an output characteristic, without increasing mechanical loss, or without consuming the electric power that does not contribute to increasing torque. The rotary electrical machine has a rotor with N pole and S pole magnets alternately and fixedly disposed thereon. An end surface, (which opposes the rotor), of each of a plurality of first teeth positioned on a first stator section is broader than that of the opposite surface thereof, and a winding is wound around a portion between both of the end surfaces. A second stator section has second teeth, corresponding the number of the first teeth, and which has no winding. The second teeth are disposed to oppose the end surfaces of the respective first teeth, and each second tooth is reciprocally movable between a reference position at which the second tooth directly opposes the respective first tooth and a maximum movable position located at the right center position between the respective end surfaces. At the reference position, a strong magnetic flux flows into the entire first tooth from each magnet. At the maximum movable position, a weak magnetic flux flows over the end surface of each first tooth. A middle amount of the magnetic flux flow occurs at a middle moved position.
    • 旋转电机具有能够改变输出特性而不增加机械损耗或不消耗不增加扭矩的电力的机构。 旋转电机具有交替地并且固定地设置在其上的N极和S极磁体的转子。 位于第一定子部分上的多个第一齿中的每一个的端面(其与转子相对)比其相对表面的端面宽,并且绕组缠绕在两个端面之间的部分上。 第二定子部分具有对应于第一齿的数量并且不具有绕组的第二齿。 第二齿配置成与相应的第一齿的端面相对,并且每个第二齿可在第二齿直接与相应的第一齿直接相对的基准位置和位于右中心位置的最大可动位置之间往复运动 各个端面。 在参考位置,强磁通量从每个磁体流入整个第一齿。 在最大可动位置,弱磁通流过每个第一齿的端面。 磁力流量的中等量发生在中间移动位置。