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    • 1. 发明申请
    • Axial air gap type electric motor
    • 轴向气隙式电动机
    • US20080191562A1
    • 2008-08-14
    • US11985228
    • 2007-11-14
    • Tomonori KojimaToshiaki TannoKen MaeyamaHirokazu MatsuzakiYoichi Tanabe
    • Tomonori KojimaToshiaki TannoKen MaeyamaHirokazu MatsuzakiYoichi Tanabe
    • H02K16/02
    • H02K21/24
    • An axial air gap type electric motor realizes a torque up without an increase of the size of the electric motor. In the axial air gap type electric motor including a stator and two rotors each of which is molded almost with a discoid shape and which are arranged as facing one another on a common rotation axle with a fixed gap therebetween, the stator has a stator core including 3n (n indicates an integer of 2 or higher) pole members, and the pole members with three-phase configuration are connected in parallel. The rotors are formed with multiple magnets molded like a ring at an equal interval at positions facing the annular stator core when facing the stator, and the ratio of the number of the pole members and the number of the magnets becomes 3n:4n (wherein n indicates an integer of 2 or higher).
    • 轴向气隙式电动机实现扭矩上升而不增加电动机的尺寸。 在包括定子和两个转子的轴向气隙型电动机中,每个转子几乎以盘状形成并且彼此面对地布置在具有固定间隙的公共旋转轴上,定子具有定子芯,包括: 3n(n表示2以上的整数)极构件,并且具有三相构造的极构件并联连接。 转子在面对定子时形成为具有多个以相等的间隔成形为相对于环形定子芯的位置处的磁体,并且磁极部件的数量和磁体数量的比率变为3n:4n(其中n 表示2以上的整数)。
    • 2. 发明授权
    • Axial air-gap electronic motor
    • 轴向气隙电子马达
    • US07569958B2
    • 2009-08-04
    • US11979756
    • 2007-11-08
    • Hirokazu MatsuzakiToshiaki TannoKen MaeyamaTomonori Kojima
    • Hirokazu MatsuzakiToshiaki TannoKen MaeyamaTomonori Kojima
    • H02K11/00
    • H02K3/524
    • In an axial air-gap electronic motor having a stator that is formed by annularly connecting a plurality of core members around an axis of a rotor output axis, an insulator that insulates a winding portion of a stator core of each core member is formed in the winding portion in the shape of a bobbin having a pair of flanges, a winding draw-out portion is formed between abutted end portions of the flange, and a crossover wire of a winding is pulled out from the winding draw-out portion to outside the core member, whereby it is possible to positively perform routing treatment from the winding portion of the winding to the crossover wire and it is ensured that the crossover wire can be positively fixed without bringing a crossover wire of a different phase into contact.
    • 在具有通过围绕转子输出轴的轴线环状地连接多个铁芯构件而形成的定子的轴向气隙电动马达中,在每个铁芯构件的定子铁芯的绕组部分上形成绝缘体 绕线部分为具有一对凸缘的绕线管形式,在凸缘的相邻端部之间形成绕线引出部分,并且绕组的交叉线从绕线引出部分被拉出到外侧 从而可以从绕组的绕组部分到交叉线正确地执行布线处理,并且确保跨接线可以被正确地固定,而不会使不同相的交叉线接触。
    • 3. 发明申请
    • Axial air-gap electronic motor
    • 轴向气隙电子马达
    • US20080106161A1
    • 2008-05-08
    • US11979756
    • 2007-11-08
    • Hirokazu MatsuzakiToshiaki TannoKen MaeyamaTomonori Kojima
    • Hirokazu MatsuzakiToshiaki TannoKen MaeyamaTomonori Kojima
    • H02K1/12H02K11/00H02K3/47
    • H02K3/524
    • In an axial air-gap electronic motor having a stator that is formed by annularly connecting a plurality of core members around an axis of a rotor output axis, an insulator that insulates a winding portion of a stator core of each core member is formed in the winding portion in the shape of a bobbin having a pair of flanges, a winding draw-out portion is formed between abutted end portions of the flange, and a crossover wire of a winding is pulled out from the winding draw-out portion to outside the core member, whereby it is possible to positively perform routing treatment from the winding portion of the winding to the crossover wire and it is ensured that the crossover wire can be positively fixed without bringing a crossover wire of a different phase into contact.
    • 在具有通过围绕转子输出轴的轴线环状地连接多个铁芯构件而形成的定子的轴向气隙电动马达中,在每个铁芯构件的定子铁芯的绕组部分上形成绝缘体 绕线部分为具有一对凸缘的绕线管形式,在凸缘的相邻端部之间形成绕线引出部分,并且绕组的交叉线从绕线引出部分被拉出到外侧 从而可以从绕组的绕组部分到交叉线正确地执行布线处理,并且确保跨接线可以被正确地固定,而不会使不同相的交叉线接触。