首页> 外国专利> PERMANENT MAGNET ROTORS HAVING PERMANENT MAGNETS THAT ARE ORIENTED RADIALLY AND ARRANGED IN A PROTECTED AND SUNKEN MANNER, THE MAGNETIC POLES BEING ORIENTED TANGENTIALLY, AS AN INTERNAL ROTOR EMBODIMENT OR EXTERNAL ROTOR EMBODIMENT OF ROTATING ELECTRIC MACHINES AND METHOD FOR ASSEMBLING SAID PERMANENT MAGNET ROTORS

PERMANENT MAGNET ROTORS HAVING PERMANENT MAGNETS THAT ARE ORIENTED RADIALLY AND ARRANGED IN A PROTECTED AND SUNKEN MANNER, THE MAGNETIC POLES BEING ORIENTED TANGENTIALLY, AS AN INTERNAL ROTOR EMBODIMENT OR EXTERNAL ROTOR EMBODIMENT OF ROTATING ELECTRIC MACHINES AND METHOD FOR ASSEMBLING SAID PERMANENT MAGNET ROTORS

机译:永磁转子具有以受保护和凹陷的方式径向定向和排列的永磁体,作为旋转电机的内部转子实施例或外部转子实施例,其磁极被切向定向,并且所述磁体的组装方法通过永磁体

摘要

The rotor poles (5.1 to 5.7) are rigidly anchored by means of specially formed pole bases having design embodiments (4.3 and 4.4) comprising fastening elements (14.1 to 14.4, 21.1, 21.2, 22) in the rotor poles (5.1 to 5.7) and threaded joints having non-magnetic screws through the non-magnetic main rotor body (3) in the direction of the rotor poles (5.1 to 5.7) and orienting and mounting aids (18.1 to 18.15) for orienting and anchoring the rotor poles (5.1 to 5.7) on the main rotor body (3), wherein permanent magnets (1) separated by pole gap teeth (8) lie between the rotor poles (5.1 to 5.7) as magnetic bodies, wherein the pole gap tooth bases (8.2) are rigidly anchored by means of likewise design embodiments (4.1 to 4.9) comprising fastening elements (14.1 to 14.4, 21.1, 21.2, 22) in the pole gap teeth (8) and threaded joints having screws through the main rotor body (3) in the direction of the pole gap teeth (8) and orienting and mounting aids (18.1 to 18.15) for orienting and anchoring the pole gap teeth (8), and the pole gap teeth (8) are diminished from the pole gap tooth base (8.2) in the direction of the pole gap tooth crown (8.1) and thus the axis of symmetry of the permanent magnets (1) forms an angle to the radius of the rotor.
机译:转子磁极(5.1至5.7)通过特殊设计的磁极基座牢固地锚固,该极基座具有设计实施例(4.3和4.4),在转子磁极(5.1至5.7)中包括紧固元件(14.1至14.4、21.1、21.2、22)。具有非磁性螺钉的螺纹接头沿转子磁极(5.1至5.7)的方向穿过非磁性主转子本体(3)以及用于定向和锚定转子磁极(5.1至1.5)的定向和安装辅助工具(18.1至18.15) 5.7)在主转子体(3)上,其中由极隙齿(8)隔开的永磁体(1)作为磁性体位于转子极(5.1至5.7)之间,其中极隙齿座(8.2)是刚性的通过同样设计的实施例(4.1至4.9)进行锚固,该实施例包括在极隙齿(8)中的紧固元件(14.1至14.4、21.1、21.2、22)和具有沿方向穿过主旋翼主体(3)的螺钉的螺纹接头极隙齿(8)和用于定向和固定的定向和安装辅助工具(18.1至18.15)将磁极间隙齿(8)环上,然后将磁极间隙齿(8)从磁极间隙齿座(8.2)沿磁极间隙齿冠(8.1)的方向减小,从而使永磁体的对称轴(1)与转子的半径成一个角度。

著录项

  • 公开/公告号WO2011012133A3

    专利类型

  • 公开/公告日2011-06-23

    原文格式PDF

  • 申请/专利权人 SABINSKI JOACHIM;KUSS HANS;

    申请/专利号WO2010DE75071

  • 发明设计人 SABINSKI JOACHIM;KUSS HANS;

    申请日2010-07-29

  • 分类号H02K1/27;

  • 国家 WO

  • 入库时间 2022-08-21 17:59:34

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