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    • 2. 发明申请
    • MULTI-PHASE TRANSVERSE FLUX MACHINE HAVING ANGLED BACK IRONS
    • 多相横向磁通背部倾斜最后一个段
    • WO2012113654A2
    • 2012-08-30
    • PCT/EP2012052216
    • 2012-02-09
    • SIEMENS AGHAMANN JENSKLOEPZIG MARKUSKOEPKEN HANS-GEORGSTOIBER DIETMAR
    • HAMANN JENSKLOEPZIG MARKUSKOEPKEN HANS-GEORGSTOIBER DIETMAR
    • H02K1/27H02K21/14
    • H02K21/145H02K9/20H02K2201/12
    • The aim of the invention is provide a transverse flux machine which is more simply mechanically designed. Said aim is achieved by providing a multi-phase transverse flux machine having a first active part (such as a rotor), which is occupied in alternation by magnets (8, 9) and flux collectors (7) along a movement path, and a second active part (such as a stator), which interacts magnetically with the first active part in order to cause said first active part to move and through which the first active part can be moved along the movement path. The flux collectors (7) in the first active part have a plane of symmetry, which is arranged perpendicularly to the movement path. The second active part comprises at least one chain of back irons (1, 2), said chain extending parallel to the movement path for each phase. Each of the back irons is angled relative to the movement path by a pole pitch.
    • 横向磁通机被建成机械上更简单。 为了这个目的,多相横向通量机具有第一活性部分(例如,转子),随着磁体交替的移动路径(8,9)和流收集器(7)处于打开状态,并且连接到所述第一活动部分的运动的第二活性部分(例如,列) 这是在磁相互作用,并通过沿所述运动路径的第一活动部分是可移动穿过其中,提供。 在第一活性部分的通量收集器(7)具有对称平面垂直于运动路径。 在每种情况下所述第二有源部分具有至少一个平行延伸的各相的链返回路径段的运动(1,2)的路径。 每个磁轭扇形件是相对于由一个磁极距的移动路径倾斜。
    • 8. 发明申请
    • ROTOR FOR A PERMANENT-MAGNET MACHINE
    • 转子永磁机
    • WO2012171894A2
    • 2012-12-20
    • PCT/EP2012061071
    • 2012-06-12
    • SIEMENS AGKLOEPZIG MARKUSROTHFISCHER JOHANNSCHLEICHER KLAUS
    • KLOEPZIG MARKUSROTHFISCHER JOHANNSCHLEICHER KLAUS
    • H02K1/276H02K1/278
    • The invention relates to a rotor (16) for a permanent-magnet machine having at least two permanent magnets having different polarizations, characterized in that the rotor is provided with at least two layers (1, 11); in that a first layer is made of a magnetically conductive material and a second layer (11) is made of a magnetically non-conductive material; in that the first and second layers are arranged in the manner of a multilayer packet and form two receiving areas (3, 12), which are laterally bound by retaining bars (7, 3) of the respective layer (1, 11); in that the permanent magnets (4) are arranged in the receiving areas (3, 12); in that the first and the second permanent magnet (4) is magnetic-conductively connected to the first layer (1); and in that the retaining bars (7) of the magnetically conductive first layer (1) are made of a non-magnetic material.
    • 本发明涉及的转子(16),用于永磁电机,包括至少两个不同地极化的永磁体,其特征在于,所述转子的至少两个层(1,11),在该磁导电材料和第二层的第一层(11 )由非导磁材料形成,所述第一和第二层被布置在层包的形式,以及两个接收部(3,12)形成支撑腹板7的侧面(3)的各个层的(1,11) 被限制,以使得在所述接收部分中的永久磁铁(4)(3,12)被布置成使得所述第一和第二永久磁体(4)与所述第一层(1)是导磁的方式,并且,所述保持腹板(7)的 包括由非磁性材料制成的导磁第一层(1)。
    • 10. 发明申请
    • WINDING OVERHANG SUPPORT FOR A STATOR OF AN ELECTRICAL MACHINE
    • 卷绕头支持用于电机的定子
    • WO2012175476A3
    • 2013-08-01
    • PCT/EP2012061665
    • 2012-06-19
    • SIEMENS AGKLOEPZIG MARKUSMUELLER HARALDSCHLEICHER KLAUSSCHRAMM MARCOSCHROETER ANDREAS
    • KLOEPZIG MARKUSMUELLER HARALDSCHLEICHER KLAUSSCHRAMM MARCOSCHROETER ANDREAS
    • H02K3/52H02K3/32
    • H02K3/522H02K3/325
    • The invention relates to a winding overhang support (14) for a stator of an electrical machine provided for a single-tooth winding. According to the invention, said winding overhang support likewise has teeth (16) that have notches (37) or structures that allow reliable guidance of a winding wire (39). Guiding wedges (40), wire inlet grooves (26), wire outlet grooves (27) and square pin grooves (29) simplify the production and guidance of the winding wire (3) such that the winding wire can be reliably wound on the winding overhang support and the corresponding laminated stator core (not represented), thereby allowing for reliable heat transfer. The guiding elements in the form of notches (37) also allow higher bending radii of the single-tooth winding in the section of the winding overhangs extending around the winding overhead support of the single-tooth winding, thereby advantageously reducing the risk of damages to the winding wire insulation.
    • 本发明涉及用于电机,其被设置用于一个齿线圈绕组的定子的绕组支承件(14)。 根据本发明,提供(16),该卷绕头载体也齿与设置凹口(37)或基台,其允许可靠引导绕组线(39)。 此外,导向楔(40),Drahteinlaufnuten(26)Drahtauslaufnuten(27)和Formstiftnuten可以(29),以简化绕组线(39)的制造和管理,使得在绕组支撑绕组线和相关联的定子叠片有利(的可靠的安装未示出 可以做到)。 这提供了可靠的热传递得到了保证。 此外,齿线圈在齿线圈绕组的绕组头部支撑圆周绕组的区域绕组的更大的弯曲半径可以通过在凹口的形式(37),这有利地减少了绕组线的绝缘损坏的风险引导元件来实现。