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    • 2. 发明授权
    • Method for manufacturing a rotor for synchronous motor
    • 同步电机转子制造方法
    • US5829120A
    • 1998-11-03
    • US778778
    • 1997-01-06
    • Hiroyuki UchidaTakashi OkamotoHidetoshi Uematsu
    • Hiroyuki UchidaTakashi OkamotoHidetoshi Uematsu
    • H02K1/27H02K15/03H02K15/04
    • H02K1/2773H02K15/03Y10T29/49012Y10T29/49078
    • A rotor (10) includes a plurality of permanent magnets (14) disposed around a shaft (12) at generally equal intervals, and a plurality of laminated core members (16) disposed between the permanent magnets (14) so as to form magnetic poles. The laminated core members (16) are formed by stacking a plurality of core-laminations (26) made of magnetic materials and an integral core-lamination, and joining them to each other. The integral core-lamination includes a plurality of core-lamination sections each having a shape the same as that of the core-lamination (26), and connecting portions (46) for connecting adjacent core-lamination sections with each other. When the large number of core-laminations (26) and the integral core-lamination are integrally joined by a press-fitting process, the laminated core members (16) are connected with each other in such a relative arrangement of a finished assembly that a space for locating the permanent magnet (14) is defined between the adjacent laminated core members (16), and thus an integral laminated rotor core (48) is formed.
    • 转子(10)包括以大致相等的间隔设置在轴(12)周围的多个永磁体(14),以及设置在永磁体(14)之间的多个层叠铁芯构件(16),以形成磁极 。 层叠铁心构件(16)通过堆叠由磁性材料制成的多个铁芯叠片(26)和整体铁心层叠形成,并将它们彼此接合。 一体型芯层压件包括多个芯层叠部分,每个芯层压部分具有与芯 - 层压(26)的形状相同的形状,以及用于将相邻的芯层压部分彼此连接的连接部分(46)。 当通过压入工艺将大量的芯 - 叠片(26)和整体芯 - 层压体一体地接合时,层叠的芯构件(16)以成品组件的相对布置彼此连接, 在相邻的层叠铁心构件(16)之间限定用于定位永磁体(14)的空间,从而形成一体的层叠转子芯(48)。
    • 3. 发明授权
    • Rotor for synchronous motor
    • 转子用于同步电动机
    • US5939810A
    • 1999-08-17
    • US45650
    • 1998-03-20
    • Hiroyuki UchidaTakashi OkamotoHidetoshi Uematsu
    • Hiroyuki UchidaTakashi OkamotoHidetoshi Uematsu
    • H02K1/27H02K15/03H02K21/12H02K21/14
    • H02K1/2773H02K15/03H02K2201/09
    • A rotor (10) includes a plurality of permanent magnets (14) disposed around a shaft (12) at generally equal intervals, and a plurality of laminated core members (16) disposed between the permanent magnets (14) so as to form magnetic poles. The laminated core members (16) are formed by stacking a plurality of core-laminations (26) made of magnetic materials and an integral core-lamination, and joining them to each other. The integral core-lamination includes a plurality of core-lamination sections each having a shape the same as that of the core-lamination (26), and connecting portions (46) for connecting adjacent core-lamination sections with each other. When the large number of core-laminations (26) and the integral core-lamination are integrally joined by a press-fitting process, the laminated core members (16) are connected with each other in such a relative arrangement of a finished assembly that a space for locating the permanent magnet (14) is defined between the adjacent laminated core members (16), and thus an integral laminated rotor core (48) is formed.
    • 转子(10)包括以大致相等的间隔设置在轴(12)周围的多个永磁体(14),以及设置在永磁体(14)之间的多个层叠铁芯构件(16),以形成磁极 。 层叠铁心构件(16)通过堆叠由磁性材料制成的多个铁芯叠片(26)和整体铁心层叠形成,并将它们彼此接合。 一体型芯层压件包括多个芯层叠部分,每个芯层压部分具有与芯 - 层压(26)的形状相同的形状,以及用于将相邻的芯层压部分彼此连接的连接部分(46)。 当通过压入工艺将大量的芯 - 叠片(26)和整体芯 - 层压体一体地接合时,层叠的芯构件(16)以成品组件的相对布置彼此连接, 在相邻的层叠铁心构件(16)之间限定用于定位永磁体(14)的空间,从而形成一体的层叠转子芯(48)。
    • 4. 发明授权
    • Rotor for synchronous motor
    • 转子用于同步电动机
    • US5786650A
    • 1998-07-28
    • US873879
    • 1997-06-11
    • Hiroyuki UchidaTakashi OkamotoHidetoshi Uematsu
    • Hiroyuki UchidaTakashi OkamotoHidetoshi Uematsu
    • H02K1/27H02K15/03H02K21/12H02K21/14
    • H02K1/2773H02K15/03H02K2201/09
    • A rotor (10) includes a plurality of permanent magnets (14) disposed substantially equidistantly round a shaft (12) and a plurality of laminated core members (16) each being disposed between the permanent magnets (14) and forming a magnetic pole. The laminated core embers (16) are formed by laminating and bonding a large number of thin magnetic plate cores (26) and integral type thin cores. The integral type thin core (26) includes a plurality of thin core portions having the same shape and connecting portions (46) for connecting mutually the adjacent thin core portions. When a large number of thin cores (26) and integral type thin cores are integrally joined by a press work, each laminated core member (16) is mutually interconnected between the adjacent laminated core members (16) with a relative arrangement at the time of completion of assembly having installation spaces of permanent magnets (14), and an integrated type laminate rotor core (48) is formed.
    • 转子(10)包括基本上等距离地设置在轴(12)周围的多个永久磁铁(14)和多个叠置的铁芯构件(16),每个叠置的铁芯构件(16)都设置在永磁体(14)之间并形成磁极。 通过层叠和粘合大量薄磁性板芯(26)和整体式薄芯来形成层压芯坯(16)。 整体型薄芯(26)包括具有相同形状的多个薄芯部分和用于连接相邻的薄芯部分的连接部分(46)。 当大量薄芯(26)和整体式薄芯通过冲压加工而整体连接时,每个层叠芯构件(16)在相邻层叠铁芯构件(16)之间以相对的布置相互互连 形成具有永磁体(14)的安装空间的组装和一体型的层叠转子芯(48)。
    • 6. 发明授权
    • Motor winding overheat prevention apparatus and motor control apparatus
    • 电机绕组过热防止装置及电机控制装置
    • US08723469B2
    • 2014-05-13
    • US13586120
    • 2012-08-15
    • Hidetoshi UematsuSeungJun Lee
    • Hidetoshi UematsuSeungJun Lee
    • G05D23/00
    • H02P29/64
    • A winding overheat prevention apparatus comprises: a stator winding temperature calculation unit which calculates winding temperature based on the ambient temperature of the motor and on the amount of change in the estimated temperature of a stator winding; a position sensor temperature detection unit which detects the temperature indicated by a temperature sensing element in a position sensor a rotor; and an alarm signal output unit which outputs an alarm signal when the winding temperature exceeds an alarm level, wherein when the ambient temperature is not higher than a prescribed temperature, the alarm level is set equal to a temperature preset based on the ambient temperature and the maximum value of the amount of the temperature change, while when the ambient temperature is higher than the prescribed temperature, the alarm level is set equal to a temperature preset in order to protect the position sensor from overheating.
    • 绕组过热防止装置包括:定子绕组温度计算单元,其基于电动机的环境温度和定子绕组的估计温度的变化量来计算绕组温度; 位置传感器温度检测单元,其检测由转子中的位置传感器中的温度感测元件指示的温度; 以及报警信号输出部,其在卷绕温度超过报警水平时输出报警信号,其中当环境温度不高于规定温度时,将报警水平设定为基于环境温度预设的温度和 温度变化量的最大值,当环境温度高于规定温度时,报警等级设定为预设的温度,以保护位置传感器不发生过热。