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    • 1. 发明授权
    • Linear motor
    • 直线电机
    • US07170202B2
    • 2007-01-30
    • US10505780
    • 2003-04-11
    • Akira WataraiKouki NakaKazumasa ItouMasaya InoueMichio Nakamoto
    • Akira WataraiKouki NakaKazumasa ItouMasaya InoueMichio Nakamoto
    • H02K41/00H02K41/02
    • H02K41/03
    • In a linear motor according to this invention, the field permanent magnets 2 are arranged at an equal pitch around a field iron core 1 so that the poles are alternately changed. Also, an armature 3a on the needle side is arranged oppositely via a magnetic gap on a magnetic pole face of the field permanent magnets 2. The armature 3a consists of an armature core forming the teeth and a yoke portion by punching an electromagnetic steel plate like the comb teeth, coil being wound around a plurality of teeth 4u, 4v and 4w for this armature core to form the armature windings 5u, 5v and 5w. The teeth 6a without coil winding is disposed between teeth with coil winding 4u and 4v and between teeth with coil winding 4v and 4w. The teeth 4u, 4v and 4w with coil winding and the teeth 6a without coil winding are alternately arranged.
    • 在根据本发明的线性电动机中,场永磁体2以等间距排列在磁场铁心1周围,从而交替地改变磁极。 此外,针侧的电枢3a通过磁场永磁体2的磁极面上的磁隙相对配置。 衔铁3a由形成齿的电枢铁芯和通过冲压如梳齿的电磁钢板的磁轭部分组成,线圈围绕多个齿4u,4v和4w缠绕在该电枢铁芯上,以形成 电枢绕组5 u,5 v和5 w。 设置在具有线圈绕组4u和4v的齿之间以及具有线圈绕组4 v和4 w之间的齿之间的没有线圈绕组的齿6a。 交替布置具有线圈绕组的齿4u,4v和4w以及没有线圈绕组的齿6a。
    • 2. 发明申请
    • Linear motor
    • 直线电机
    • US20050173991A1
    • 2005-08-11
    • US10505780
    • 2003-04-11
    • Akira WataraiKouki NakaKazumasa ItouMasaya InoueMichio Nakamoto
    • Akira WataraiKouki NakaKazumasa ItouMasaya InoueMichio Nakamoto
    • H02K41/03H02K41/00
    • H02K41/03
    • In a linear motor according to this invention, the field permanent magnets 2 are arranged at an equal pitch around a field iron core 1 so that the poles are alternately changed. Also, an armature 3a on the needle side is arranged oppositely via a magnetic gap on a magnetic pole face of the field permanent magnets 2. The armature 3a consists of an armature core forming the teeth and a yoke portion by punching an electromagnetic steel plate like the comb teeth, coil being wound around a plurality of teeth 4u, 4v and 4w for this armature core to form the armature windings 5u, 5v and 5w. The teeth 6a without coil winding is disposed between teeth with coil winding 4u and 4v and between teeth with coil winding 4v and 4w. The teeth 4u, 4v and 4w with coil winding and the teeth 6a without coil winding are alternately arranged.
    • 在根据本发明的线性电动机中,场永磁体2以等间距排列在磁场铁心1周围,从而交替地改变磁极。 此外,针侧的电枢3a通过磁场永磁体2的磁极面上的磁隙相对配置。 衔铁3a由形成齿的电枢铁芯和通过冲压如梳齿的电磁钢板的磁轭部分组成,线圈围绕多个齿4u,4v和4w缠绕在该电枢铁芯上,以形成 电枢绕组5 u,5 v和5 w。 设置在具有线圈绕组4u和4v的齿之间以及具有线圈绕组4 v和4 w之间的齿之间的没有线圈绕组的齿6a。 交替布置具有线圈绕组的齿4u,4v和4w以及没有线圈绕组的齿6a。
    • 5. 发明申请
    • STATOR OF ROTATING ELECTRIC MACHINE AND WINDING METHOD THEREFOR
    • 旋转电机定子及其绕线方法
    • US20130300247A1
    • 2013-11-14
    • US13981016
    • 2011-02-14
    • Fumiaki TsuchiyaAkira WataraiDaisuke Shijyo
    • Fumiaki TsuchiyaAkira WataraiDaisuke Shijyo
    • H02K3/12H02K15/095
    • H02K3/12H02K3/18H02K15/095
    • A stator of a rotating electric machine includes: a plurality of teeth having a same shape are arranged in a radial direction toward a rotary shaft core with base ends thereof being coupled to a core back in a ring shape; a slot formed between the adjacent teeth; a flange portion formed projecting to opposite sides of apical ends of the teeth; a slot inlet formed between the adjacent flange portions; a winding area formed around each teeth; and a wire wound via an insulator having a same shape in each winding area. A first wire is wound around first teeth provided alternately, and a second wire is wound around second teeth put between the first teeth, and the first wire and the second wire are wound in a different shape in a sectional shape of opposing portions.
    • 旋转电机的定子包括:具有相同形状的多个齿沿着径向方向布置成朝向旋转轴芯,其基端以环形耦合到芯背; 形成在相邻齿之间的槽; 形成为突出于所述齿的顶端的相对侧的凸缘部; 在相邻的凸缘部分之间形成的狭槽入口; 围绕每个牙齿形成的缠绕区域; 以及在每个绕组区域中通过具有相同形状的绝缘体缠绕的电线。 第一线缠绕在交替设置的第一齿上,并且第二线缠绕在放置在第一齿之间的第二齿上,并且第一线和第二线被缠绕成相对部分的截面形状的不同形状。