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    • 3. 发明申请
    • Brushless AC motor
    • 无刷交流电机
    • US20100156232A1
    • 2010-06-24
    • US12654497
    • 2009-12-22
    • Masayuki NashikiShinji MakitaYoshinobu KamadaEisuke Takahashi
    • Masayuki NashikiShinji MakitaYoshinobu KamadaEisuke Takahashi
    • H02K3/16
    • H02K21/24H02K1/145H02K16/00H02K21/145
    • An AC motor having loop windings is provided, which is able to reduce unbalance of three-phase impedance to enhance the motor efficiency. Three loop windings of the three phases are interlinked with magnetic fluxes Φu, Φv and Φw of the respective phases to provide magnetic paths of the three phases. The magnetic paths of the three phases are connected to the respective stator poles of the three phases to configure the motor. The magnetic path of each of the three phases is formed by processing an electromagnetic steel plate using bending to provide a motor configuration having multiple stator poles. Magnetic fluxes of two or more stator poles of the same phase are collected to a single magnetic path to form a three-dimensional three-phase magnetic path without allowing close contact with a magnetic path of a different phase.
    • 提供具有回路绕组的交流电动机,其能够减少三相阻抗的不平衡,从而提高电动机效率。 三相的三个回路绕组与各相的磁通Φu,Φv和Φw相互连接,以提供三相的磁路。 三相的磁路连接到三相的各个定子极上以构成电动机。 通过使用弯曲处理电磁钢板来形成三相中的每一个的磁路,以提供具有多个定子极的电动机构造。 相同相位的两个或多个定子极的磁通量被收集到单个磁路中以形成三维三相磁路,而不允许与不同相位的磁路紧密接触。
    • 4. 发明申请
    • AC Motor
    • 交流电机
    • US20080290754A1
    • 2008-11-27
    • US12081925
    • 2008-04-23
    • Shinji MakitaMasayuki NashikiYoshinobu KamadaEisuke Takahashi
    • Shinji MakitaMasayuki NashikiYoshinobu KamadaEisuke Takahashi
    • H02K1/12
    • H02K29/03H02K21/16H02K2201/06
    • The motor includes a rotor including N-pole magnets and S-pole magnets located alternately along a circumferential direction of said AC motor, a stator core including a plurality of partial cores arranged coaxially along an axial direction of said AC motor each of said partial cores including a plurality of stator poles located along said circumferential direction so as to be on the same circumference, and a plurality of loop-like windings each of which extends in said circumferential direction while passing through, in said axial direction, interpole spaces between each two adjacent stator poles in said circumferential direction. The a phase angle difference between each adjacent two of said stator poles in said circumferential direction of the same one of said partial cores is set at a value smaller than 360 degrees for each of said partial cores.
    • 电动机包括:转子,其包括沿着所述交流电动机的圆周方向交替设置的N极磁体和S极磁体;定子铁心,包括沿着所述交流电动机的轴向同轴布置的多个部分磁芯,每个所述部分磁芯 包括沿着所述圆周方向定位在同一圆周上的多个定子极,以及多个环状绕组,每个绕所述圆周方向在所述轴向方向上沿着所述轴向方向延伸, 在所述圆周方向上相邻的定子极。 在相同的所述部分芯之间的所述周向上的每个相邻的两个所述定子极之间的相位角差被设定为对于每个所述部分芯小于360度的值。
    • 6. 发明授权
    • AC motor with loop windings and improved magnetic flux paths
    • 具有回路绕组的交流电机和改进的磁通路径
    • US08395294B2
    • 2013-03-12
    • US12654497
    • 2009-12-22
    • Masayuki NashikiShinji MakitaYoshinobu KamadaEisuke Takahashi
    • Masayuki NashikiShinji MakitaYoshinobu KamadaEisuke Takahashi
    • H02K3/16
    • H02K21/24H02K1/145H02K16/00H02K21/145
    • An AC motor having loop windings is provided, which is able to reduce unbalance of three-phase impedance to enhance the motor efficiency. Three loop windings of the three phases are interlinked with magnetic fluxes Φu, Φv and Φw of the respective phases to provide magnetic paths of the three phases. The magnetic paths of the three phases are connected to the respective stator poles of the three phases to configure the motor. The magnetic path of each of the three phases is formed by processing an electromagnetic steel plate using bending to provide a motor configuration having multiple stator poles. Magnetic fluxes of two or more stator poles of the same phase are collected to a single magnetic path to form a three-dimensional three-phase magnetic path without allowing close contact with a magnetic path of a different phase.
    • 提供具有回路绕组的交流电动机,其能够减少三相阻抗的不平衡,从而提高电动机效率。 三相的三个回路绕组与各相的磁通Φu,Φv和Φw相互连接,以提供三相的磁路。 三相的磁路连接到三相的各个定子极上以构成电动机。 通过使用弯曲处理电磁钢板来形成三相中的每一个的磁路,以提供具有多个定子极的电动机构造。 相同相位的两个或多个定子极的磁通量被收集到单个磁路中以形成三维三相磁路,而不允许与不同相位的磁路紧密接触。
    • 7. 发明授权
    • Motor with simplified structure and related control device
    • 电机结构简单,相关控制装置
    • US07825561B2
    • 2010-11-02
    • US11699395
    • 2007-01-30
    • Masayuki NashikiShinji MakitaYoshinobu Kamada
    • Masayuki NashikiShinji MakitaYoshinobu Kamada
    • H02K3/00
    • H02K3/28H02K1/08H02K1/146
    • A brushless motor and a related control device are disclosed in a structure wherein a stator has U-phase, V-phase and W-phase stator poles, with two of the U-phase V-phase and W-phase stator poles carry thereon respective phase windings, in the absence of a selected phase winding related to a remaining one of the U-phase V-phase and W-phase stator poles. The respective phase windings have end portions connected together at a junction point. A three-phase alternating voltage is applied to the respective phase windings and the junction point to allow the stator to have an electromagnetic action thereby drivably rotating a rotor. The stator poles may be formed in trapezoid shapes to minimize interference between associated component parts for easy assembly in high productivity and efficiency with a reduction in torque ripple.
    • 公开了一种无定影电动机和相关的控制装置,其中定子具有U相,V相和W相定子极,其中两个U相V相和W相定子极分别在其上承载 在没有与U相V相和W相定子极中剩余的一个相关的选择的相绕组的情况下相绕组。 各相绕组具有在连接点处连接在一起的端部。 三相交流电压被施加到相应的相绕组和接合点以允许定子具有电磁作用,从而驱动地转动转子。 定子极可以形成为梯形形状,以最小化相关部件之间的干扰,以便以高生产率和效率方便组装,同时减小转矩波动。
    • 8. 发明授权
    • Electric motor with minimized cogging and related method of determining stator pole geometry
    • 具有最小化齿槽的电动机和确定定子极几何形状的相关方法
    • US07576466B2
    • 2009-08-18
    • US11411136
    • 2006-04-26
    • Shinji MakitaMasayuki Nashiki
    • Shinji MakitaMasayuki Nashiki
    • H02K1/00
    • H02K21/16H02K29/03H02K2201/06
    • An electric motor with reduced cogging torque and related method of determining a stator pole geometry are disclosed. The electric motor includes a rotor (80, 91, 96) and a stator (50A, 50B, 50C, 50D, 60A, 60B, 60C, 60D, 70A, 90B, 94B, 98) having a stator pole geometry incorporating non-magnetic body segments (110) and magnetic body segments (100) as magnetic reluctance equalizing elements to provide an equalized magnetic body distribution along a circumferential periphery of the stator. The method comprises defining a first group of stator poles skewed at an electric angle of 360/(2S), defining a second group of stator poles deviated from the first group of stator poles by an electric angle of 180 degrees, and synthesizing the first and second groups of stator poles pieces to provide a stator including a plurality of stator poles defined in the stator pole geometry to have an equalized magnetic flux distribution pattern along a circumferential periphery of the stator.
    • 公开了一种减小齿槽转矩的电动机和确定定子极几何形状的相关方法。 电动机包括转子(80,91,96)和具有非磁性的定子极几何形状的定子(50A,50B,50C,50D,60A,60B,60C,60D,70A,90B,94B,98) 主体段(110)和磁体段(100)作为磁阻均衡元件,以沿着定子的圆周周向提供均衡的磁体分布。 该方法包括限定以360°/(2S)的电角度倾斜的第一组定子极,限定从第一组定子极偏离180度的电角度的第二组定子极,并且合成第一和第 第二组定子极片,以提供定子,其包括限定在定子极几何形状中的多个定子极,以沿着定子的圆周周边具有均衡的磁通分布图案。
    • 9. 发明申请
    • Electric motor with minimized cogging and related method of determining stator pole geometry
    • 具有最小化齿槽的电动机和确定定子极几何形状的相关方法
    • US20060244336A1
    • 2006-11-02
    • US11411136
    • 2006-04-26
    • Shinji MakitaMasayuki Nashiki
    • Shinji MakitaMasayuki Nashiki
    • H02K5/24H02K1/00
    • H02K21/16H02K29/03H02K2201/06
    • An electric motor with reduced cogging torque and related method of determining a stator pole geometry are disclosed. The electric motor includes a rotor (80, 91, 96) and a stator (50A, 50B, 50C, 50D, 60A, 60B, 60C, 60D, 70A, 90B, 94B, 98) having a stator pole geometry incorporating non-magnetic body segments (110) and magnetic body segments (100) as magnetic reluctance equalizing elements to provide an equalized magnetic body distribution along a circumferential periphery of the stator. The method comprises defining a first group of stator poles skewed at an electric angle of 360/(2S), defining a second group of stator poles deviated from the first group of stator poles by an electric angle of 180 degrees, and synthesizing the first and second groups of stator poles pieces to provide a stator including a plurality of stator poles defined in the stator pole geometry to have an equalized magnetic flux distribution pattern along a circumferential periphery of the stator.
    • 公开了一种减小齿槽转矩的电动机和确定定子极几何形状的相关方法。 电动机包括转子(80,91,96)和定子(50A,50B,50C,50D,60A,60B,60C,60D,70A,90B,94B, 具有包含非磁性体段(110)和磁体段(100)的定子极几何形状作为磁阻均衡元件,以沿着定子的周向周边提供均衡的磁体分布。 该方法包括限定以360°/(2S)的电角度倾斜的第一组定子极,限定从第一组定子极偏离180度的电角度的第二组定子极,并且合成第一和第 第二组定子极片,以提供定子,其包括限定在定子极几何形状中的多个定子极,以沿着定子的圆周周边具有均衡的磁通分布图案。