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    • 1. 发明授权
    • Method of manufacturing laminated core having permanent magnets sealed with resin
    • 制造具有用树脂密封的永磁体的层叠铁心的方法
    • US09431883B2
    • 2016-08-30
    • US14123869
    • 2012-05-07
    • Satoshi MatsubayashiAkira NagaiGo Kato
    • Satoshi MatsubayashiAkira NagaiGo Kato
    • H02K15/02H02K15/00H02K15/03H02K1/27
    • H02K15/0025H02K1/276H02K15/03Y10T29/49009
    • A method of manufacturing a laminated core, having a laminated core body 10a formed by laminating plural core sheets 11 and having magnet insertion holes 13, 14 with openings 17, 18 opening to a inner space 15 or an external side, inserting and resin-sealing permanent magnets 20, 21 in the magnet insertion holes 13, 14, with the openings 17, 18 blocked by a blocking member 23, the method including: temporarily connecting blocking member pieces 32 to be the blocking member 23 in each of the core sheets 11 and removing the blocking member 23 with the laminated core body 10a resin-sealed. By this, without a special blocking member, the permanent magnets 20, 21 are resin-sealed while the magnet insertion holes 13, 14, parts of which have the openings 17, 18, are blocked.
    • 一种层叠铁芯的制造方法,具有层叠铁芯体10a,其通过层叠多个铁芯片11而形成,并且具有通向具有向内部空间15或外侧开口的开口17,18的磁体插入孔13,14,插入和树脂封闭 磁体插入孔13,14中的永磁体20,21,其中开口17,18被阻挡构件23阻挡,该方法包括:在每个芯片11中临时连接作为阻挡构件23的阻挡构件片32 并且用树脂密封的层叠芯体10a移除阻挡构件23。 由此,没有特殊的阻挡构件,永磁体20,21被树脂密封,同时其一部分具有开口17,18的磁体插入孔13,14被阻挡。
    • 4. 发明申请
    • METHOD OF MANUFACTURING LAMINATED ROTOR CORE
    • 制造层压转子芯的方法
    • US20120222289A1
    • 2012-09-06
    • US13509190
    • 2011-04-01
    • Akira NagaiMei ArazoeGo Kato
    • Akira NagaiMei ArazoeGo Kato
    • H02K15/02
    • H02K15/03H02K1/276
    • A method of manufacturing a laminated rotor core, including inserting permanent magnets into magnet insertion portions of an iron core formed by laminating plural core sheets; and thereafter to fix the magnets, injecting resin into the magnet insertion portions from a resin reservoir part in a die holding the iron core; the method comprising: a first process of placing a segment dummy plate between the body and the die, the plate covering one or more of the plural magnet insertion portions individually and including a resin injection hole continuing thereto; a second process of injecting the resin from the resin reservoir part of the die through the resin injection hole of the plate to the corresponding magnet insertion portions; and a third process of detaching the dummy plate with excess resin after the resin injected to the magnet insertion portions is cured; and the method improving a resin sealing process.
    • 一种叠层转子铁心的制造方法,其特征在于,包括:将永久磁铁插入通过层叠多个芯片而形成的铁心的磁铁插入部; 然后固定磁体,将树脂从保持铁芯的模具中的树脂储存部分注入到磁体插入部分中; 该方法包括:将主体和模具之间的段虚拟板放置在一起的第一工序,所述板单独地覆盖所述多个磁体插入部中的一个或多个,并且包括与其连续的树脂注入孔; 将树脂从模具的树脂储存部分通过板的树脂注入孔注入到相应的磁体插入部分的第二工序; 以及在注入到磁体插入部分中的树脂被固化之后用过量树脂分离虚拟板的第三过程; 以及改善树脂密封工艺的方法。
    • 5. 发明申请
    • ROTOR CORE
    • 转子芯
    • US20120091846A1
    • 2012-04-19
    • US13377938
    • 2010-04-28
    • Akira NagaiGo Kato
    • Akira NagaiGo Kato
    • H02K1/27
    • H02K1/2766H02K15/03
    • There is provided a rotor core which increases the quality and reliability thereof by preventing the occurrence of a core separation of the rotor core. There is provided a rotor core including a plurality of substantially cylindrical core blocks which are stacked on each other; and a plurality of magnets, characterized in that a plurality of magnet holes extending in an axial direction are provided in the plurality of core blocks so as to extend over the plurality of core blocks in that the plurality of magnets are accommodated in each of the plurality of magnet accommodation holes and fixed therein with a resin, and in that an axial position of core block boundary planes where the plurality of core blocks are brought into abutment with each other and an axial position of magnet boundary planes where the plurality of magnets are brought into abutment with each other differ from each other.
    • 提供了一种通过防止转子芯的芯分离的发生而提高其质量和可靠性的转子芯。 提供了一种转子芯,其包括彼此堆叠的多个基本上圆柱形的核心块; 以及多个磁体,其特征在于,在所述多个芯体中设置有沿轴向延伸的多个磁体孔,以便在所述多个磁芯块中延伸,因为所述多个磁体容纳在所述多个磁芯中 的磁体容纳孔并且用树脂固定,并且其中多个芯块彼此抵接的芯块边界面的轴向位置以及多个磁体被带入的磁体边界平面的轴向位置 彼此抵接彼此不同。