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    • 6. 发明公开
    • PERMANENT MAGNET-EMBEDDED MOTOR AND COMPRESSOR
    • 永久磁铁嵌入式电机和压缩机
    • EP3309931A1
    • 2018-04-18
    • EP15895551.8
    • 2015-06-15
    • Mitsubishi Electric Corporation
    • ISHIKAWA, AtsushiNIGO, Masahiro
    • H02K1/27
    • H02K1/276F25B31/02H02K1/02H02K1/148H02K21/14H02K29/03H02K2201/06H02K2213/03
    • A rotor 3 of a permanent-magnet-embedded electric motor includes an annular rotor core 10 having a plurality of magnet insertion holes 13 formed in a circumferential direction, and permanent magnets 11 inserted into the magnet insertion holes 13, respectively. The rotor core 10 is formed by alternately stacking a core block 10a and a core block 10b in an axial direction of the rotor core 10, the core block 10a not having slits 15a and 15b between each of the magnet insertion holes 13 and a circumferential surface of the rotor core 10, and the core block 10b having the slits 15a and 15b between each of the magnet insertion holes 13 and the circumferential surface of the rotor core 10. The slit 15a and an end 11a of the permanent magnet 11 are arrayed in a radial direction, and the slit 15b and an end 11b of the permanent magnet 11 are arrayed in the radial direction.
    • 永磁体嵌入式电动机的转子3包括具有沿周向形成的多个磁体插入孔13的环形转子芯10和分别插入到磁体插入孔13中的永磁体11。 转子铁芯10通过在转子铁芯10的轴向上交替层叠铁芯块10a和铁芯块10b而形成,铁芯块10a在各磁铁插入孔13与圆周面之间没有狭缝15a,15b 转子铁芯10,并且具有各磁铁插入孔13和转子芯10的狭缝15a和永久磁铁11的端部11a的周面之间的缝隙15a和15b芯块10b的排列在 径向,并且永磁体11的狭缝15b和端部11b沿径向排列。
    • 7. 发明授权
    • Slim type stator
    • 薄型定子
    • EP2202867B1
    • 2018-04-18
    • EP09180171.2
    • 2009-12-21
    • Amotech Co., Ltd.
    • Lee, Jong HoonLee, Nam Hun
    • H02K1/14H02K1/27
    • H02K1/148H02K1/185H02K1/187H02K3/524H02K16/02H02K21/14H02K21/225
    • Provided is a slim type stator that is used to make a BLDC (Brushless Direct-Current) motor having a stator of a division core structure and a double rotor for use in a drum-washing machine, a slim type motor having the same, and a direct drive apparatus for use in the drum-washing machine. The stator includes: an annular division stator core assembly that is assembled in an annular form by winding a three-phase coil on a number of bobbins that are molded on respective outer circumferences of a number of division cores to thus surround a middle portion of each bobbin wherein each bobbin includes first and second flanges formed at one side of the bobbin and the other side thereof, respectively, and a coupling protrusion and a coupling groove that are formed at both side ends of the first flange that is disposed inward, and wherein the coupling protrusion and the coupling groove are mutually coupled between adjoining division stator bobbins; and a stator holder that molds the division stator core assembly that is formed in an annular form by winding the coils on the bobbins by an insert molding that uses a thermosetting resin, excepting inner and outer side surfaces of each division core of the division stator core assembly.