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    • 1. 发明公开
    • PERMANENT MAGNET APPLYING MOTOR
    • EP3355455A1
    • 2018-08-01
    • EP16848801.3
    • 2016-08-18
    • Phoenix Invenit, Inc.
    • YOU, Hack ChurlYOU, Ro Bin
    • H02K99/00H02N11/00H02K53/00
    • H02K16/00H02K1/17H02K1/2713H02K7/116H02K11/215H02K11/22H02K11/23H02K53/00H02K99/00H02N11/00
    • The present invention relates to a permanent magnet applying motor which uses a repulsive force and an attractive force, which act between different permanent magnets, and a repulsive force or an attractive force, which acts between a permanent magnet and an electromagnet. The permanent magnet applying motor according to the present invention is characterized by including: a first rotating plate and a second rotating plate, each having a through-hole formed at the center portion thereof so as to penetrate one end and the other end thereof and having a plurality of insertion grooves formed on one end thereof; a rotating shaft penetrating the center portion of the first rotating plate and the center portion of the second rotating plate; a plurality of rotors arranged to have the same interval between on another, with reference to the rotating shaft, between the first rotating plate and the second rotating plate, each rotor having a permanent magnet and a penetrating shaft, which penetrates the permanent magnet, as constituent elements thereof; a plurality of planetary gears paired with and connected to the plurality of rotors, respectively; and a center gear connected to one end of the rotating shaft and engaged with all of the plurality of planetary gears. In addition, the permanent magnet applying motor according to the present invention is characterized by including: a rotating plate support including a first support and a second support, which are connected to the respective ends of the rotating shaft; a stator support including a third support and a fourth support, which are spaced from each other with reference to the rotating shaft, the third support including a first stator that has a permanent magnet as a constituent element thereof, and the fourth support including a second stator, which is identical to the first stator; one or more deadlock point detecting sensors provided on one side of the rotating plate support; and one or more electromagnet portions provided on one side of the stator support.
    • 3. 发明公开
    • Electric motor
    • 电动马达
    • EP2690754A3
    • 2015-08-05
    • EP13177223.8
    • 2013-07-19
    • JTEKT CORPORATION
    • Shibata, Yoshiyuki
    • H02K21/16H02K21/04H02K1/27
    • H02K1/2713H02K1/2766H02K1/2773H02K21/046H02K21/14
    • An electric motor (1) has a supplementary field magnet (SF) including a magnetization coil (51), a yoke (52) serving as a magnetic path for magnetic flux produced by the magnetization coil (51), and a variable magnet (53). The supplementary field magnet (SF) is arranged on one axial end side of the rotor (4) with a gap. A rotor core (22) is provided with first projections (37) projecting toward one axial end side of the electric motor (1) from first magnetic pole portions (35), and second projections (38) projecting toward the one axial end side from second magnetic pole portions (36) and arranged radially inward of the first projections (37). The yoke (52) includes an outer magnetic pole portion (54) axially opposed to the first projections (37), and an inner magnetic pole portion (55) axially opposed to the second projections (38) such that an annular gap (G) is formed between the inner magnetic pole portion (55) and the outer magnetic pole portion (54).
    • 本发明提供一种电动机(1),其具有包含磁化用线圈(51),作为磁化用线圈(51)所产生的磁通的磁路的磁轭(52),以及可变磁铁(53 )。 辅助磁场(SF)以一定间隙布置在转子(4)的一个轴向端侧上。 在转子铁芯(22)上设有从第一磁极部(35)向电动机(1)的轴向一端侧突出的第一突起(37)和从第一磁极部(35)向轴向一端侧突出的第二突起 第二磁极部分(36)并且布置在第一突起(37)的径向内侧。 磁轭52包括与第一突起37轴向相对的外磁极部分54和与第二突起38轴向相对的内磁极部分55, 形成在内磁极部分(55)和外磁极部分(54)之间。
    • 4. 发明公开
    • Rotor and motor
    • 转子和电动机
    • EP2763286A1
    • 2014-08-06
    • EP14153140.0
    • 2014-01-29
    • Mabuchi Motor Co., Ltd.
    • Wakita, Tadayuki
    • H02K1/27
    • H02K1/2713H02K1/2773
    • A rotor (68) includes a circular rotor core (66), a plurality of θ magnets (28), and ring-shaped Z magnets (60). The rotor core (66) has a plurality of magnet holding sections formed radially with a rotating shaft as the center. The θ magnets (28) are contained in and held by the magnet holding sections such that the same magnetic poles of adjacent magnets face each other in a circumferential direction of the rotor core. The rotor core (66) is such that N-poles and S-poles are alternately formed in a circumferential direction of an outer circumferential surface of the rotor core. The Z magnets (60) are such that N-poles and S-poles are alternately formed circularly on an opposed face of the auxiliary magnet facing an end face of the rotor core in a direction of the rotating shaft.
    • 转子(68)包括圆形转子芯(66),多个¸磁体(28)和环形Z磁体(60)。 转子铁芯(66)具有以旋转轴为中心径向地形成的多个磁铁保持部。 ¸磁体(28)由磁体保持部容纳并保持,使得相邻磁体的相同磁极在转子芯的圆周方向上彼此面对。 转子芯(66)使得在转子铁芯的外周面的圆周方向上交替地形成N极和S极。 Z磁体(60)使得N极和S极在辅助磁体的相对面上以与转子芯的端面相对的方向交替地形成在旋转轴的方向上。
    • 5. 发明公开
    • Electric motor
    • Elektromotor
    • EP2690753A2
    • 2014-01-29
    • EP13177224.6
    • 2013-07-19
    • JTEKT CORPORATION
    • Shibata, Yoshiyuki
    • H02K1/26H02K1/27
    • H02K1/2713H02K1/2766H02K1/2773H02K21/046H02K21/14
    • An electric motor (1) has a supplementary field magnet (SF) including a supplementary magnet (51), a yoke (52) serving as a magnetic path for magnetic flux produced by the supplementary magnet (51). The supplementary field magnet (SF) is arranged on one axial end side of the rotor (4) with a gap. A rotor core (22) is provided with first projections (37) projecting toward one axial end side of the electric motor (1) from first magnetic pole portions (35) having a first polarity, and second projections (38) projecting toward the one axial end side from second magnetic pole portions (36) having a second polarity, and arranged radially inward of the first projections (37). The yoke (52) includes a magnetic pole portion (54) axially opposed to the first projections (37) and having the first polarity, and another magnetic pole portion (55) axially opposed to the second projections (38) and having the second polarity such that a gap (G) is formed between the magnetic pole portions (54, 55).
    • 电动机(1)具有辅助磁铁(SF),其包括辅助磁体(51),磁轭(52),用作由辅助磁铁(51)产生的磁通磁路。 辅助磁场磁体(SF)在转子(4)的一个轴向端侧上具有间隙。 转子芯(22)具有从具有第一极性的第一磁极部分(35)向电动机(1)的一个轴向端侧突出的第一突出部(37) 具有第二极性的第二磁极部分(36)的轴向端侧,并且布置在第一突起(37)的径向内侧。 磁轭(52)包括与第一突起(37)轴向相对并且具有第一极性的磁极部分(54)和与第二突起(38)轴向相对并具有第二极性的另一个磁极部分(55) 使得在磁极部分(54,55)之间形成间隙(G)。
    • 8. 发明公开
    • AXIAL FLUX MOTOR AND GENERATOR ASSEMBLIES
    • 轴流式电机和发电机组件
    • EP2377230A2
    • 2011-10-19
    • EP09775250.5
    • 2009-12-16
    • Scimar Engineering Ltd
    • CROCKER, Timothy, Richard
    • H02K1/27H02K3/12H02K21/24
    • H02K3/18H01F38/18H01F2038/143H02K1/14H02K1/24H02K1/2713H02K3/28H02K19/04H02K19/22H02K21/24Y10S310/06
    • An axial flux motor assembly (10) comprises a stack of first and second discs (20a, 20b) arranged alternately such that there is a gap allowing rotation between each disc (20a, 20b). The first disc (20a) is mounted on a rotatable shaft (40), whilst the second disc (20b) is fixed in position. The first and second discs (20a, 20b) each comprise sectors (200) of magnetic material arranged on a face of the disc (20a, 20b), between each of which sectors (200) is a radially-extending conductor (202) of a conductive path (201) for conducting electric current. The sectors (200) of magnetic material on the first and second discs (20a, 20b) are arranged at a constant angular pitch, but the pitch of the sectors of magnetic material on the first disc may or may not be the same as those on the second disc. When electric current flows in the conductors (202), magnetic flux runs perpendicular to the faces of the discs (20a, 20b) in axially-extending flux paths (220), such that, considering the first disc(s) independently of the second disc(s), the magnetic flux in one axially-extending flux path (220) runs in an opposite direction to that in the immediately-adjacent flux paths (220) on each side of it, and is returned by flux return portions (30) of magnetic material provided at each end of the assembly (10). The total flux is the super-position of the flux of the first disc(s) and the second disc(s). The assembly (10) further comprises switching circuitry (50) for reversing the direction of current flowing in the conductive path (201) in one of the first disc (20a) or the second disc (20b) in correspondence to rotation thereof relative to the other of the first disc or the second disc in such a way as to effect continuous rotation of the first disc.
    • 轴向通量电动机组件(10)包括交替布置的第一和第二盘(20a,20b)的堆叠,使得存在允许每个盘(20a,20b)之间旋转的间隙。 第一盘(20a)安装在可旋转的轴(40)上,而第二盘(20b)固定就位。 第一和第二盘(20a,20b)各自包括布置在盘(20a,20b)的表面上的磁性材料的扇区(200),在每个扇区(200)之间的是径向延伸的导体(202), 传导电流的导电路径(201)。 第一和第二盘(20a,20b)上的磁性材料的扇区(200)以恒定的角度间距排列,但第一盘上的磁性材料扇区的节距可以与第一盘上的磁性材料扇区的节距相同或不同 第二张碟片。 当电流在导体(202)中流动时,磁通在轴向延伸的磁通路径(220)中垂直于磁盘(20a,20b)的面延伸,使得考虑第一磁盘独立于第二磁盘 在一个轴向延伸的磁通路径(220)中的磁通量沿与其每一侧上紧邻的磁通路径(220)中的磁通量方向相反的方向延伸,并且由磁通返回部分(30 )设置在组件(10)的每个端部处的磁性材料。 总通量是第一盘(一个或多个)和第二盘(一个或多个)的通量的超位置。 该组件(10)还包括开关电路(50),该开关电路用于使在第一盘(20a)或第二盘(20b)中的一个中的导电路径(201)中流动的电流的方向相应于其旋转相对于 第一盘或第二盘中的另一个以这种方式实现第一盘的连续旋转。