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    • 3. 发明公开
    • DOUBLE INSULATED MOTOR AND PINION DEVICE
    • 双绝缘电机和静脉解装置
    • EP3210456A1
    • 2017-08-30
    • EP15853397.6
    • 2015-07-20
    • Changzhou Globe Co., Ltd.
    • LI, Jianbo
    • A01D34/78H02K7/10
    • H02K3/32A01D34/78H02K5/08H02K5/173H02K7/003H02K7/08H02K7/116Y02T10/641
    • A double-insulated motor and pinion device including a motor, motor-fixing seat, pinion, pinion sleeve and double insulation sleeve. The motor and motor-fixing seat are connected together to form a motor assembly. The pinion is mounted on a motor shaft. The pinion sleeve is mounted under the pinion, and the double insulation sleeve is connected under the pinion sleeve. The pinion, pinion sleeve, and double insulation sleeve are mounted together to form a pinion assembly. The pinion assembly is mounted on the motor assembly. It can solve the requirement of basic insulation and reinforced insulation of a series of high voltage direct current products by adding two insulation parts, while reducing space and lowering cost.
    • 包括电动机,电动机固定座,小齿轮,小齿轮套和双绝缘套的双重绝缘电动机和小齿轮装置。 电机和电机固定座连接在一起形成电机组件。 小齿轮安装在电机轴上。 小齿轮套装在小齿轮下方,双绝缘套筒连接在小齿轮套筒下方。 小齿轮,小齿轮套和双绝缘套安装在一起形成小齿轮组件。 小齿轮组件安装在电机组件上。 它可以通过增加两个绝缘部件来解决一系列高压直流产品的基本绝缘和增强绝缘的要求,同时减少空间和降低成本。
    • 4. 发明公开
    • INTERMITTENT MOVEMENT TYPE STRONG MAGNETIC MOTOR
    • STARKER MAGNETISER MOT MOTOR MIT INTERMITTIERENDER BEWEGUNG
    • EP3089337A4
    • 2017-08-09
    • EP14874279
    • 2014-01-13
    • ZOU JIUDA
    • ZOU JIUDA
    • H02K33/18H02K7/10
    • H02K23/36H02K1/17H02K1/26H02K1/34H02K3/32H02K7/102H02K33/18
    • An intermittent movement type strong magnetic motor, comprising: two permanent magnets (1), an electromagnetic coil (2) arranged between the two permanent magnets, a power supply device (3) connected to the electromagnetic coil, and a brake device (6) which can automatically clamp/loosen the electromagnetic coil. The brake device comprises a clamping mechanism (61), a drive device (62) which drives the clamping mechanism to move and a control device (63). The electromagnetic coil performs intermittent linear reciprocal movement or intermittent rotation movement between the two permanent magnets; the brake device clamps the electromagnetic coil at the starting of each movement travel of the electromagnetic coil; before each movement of clamping the electromagnetic coil, the control device firstly controls the power supply device to power down, and after the brake device clamps the electromagnetic coil, the control device controls the power supply device to start supplying power; and after the power supply device supplies power for some time, the brake device rapidly loosens the electromagnetic coil, and the electromagnetic coil disengaged from the brake device starts to move to do work.
    • 1。一种间歇移动式强磁马达,其特征在于,包括:两个永久磁铁(1),配置在该两个永久磁铁之间的电磁线圈(2),与该电磁线圈连接的供电装置(3)和制动装置(6) 可自动夹紧/松开电磁线圈。 制动装置包括夹紧机构(61),驱动夹紧机构移动的驱动装置(62)和控制装置(63)。 电磁线圈在两个永久磁铁之间进行间歇线性往复运动或间歇旋转运动; 制动装置在电磁线圈的每次运动行程开始时夹紧电磁线圈; 在每次电磁线圈夹紧动作前,控制装置首先控制供电装置下电,制动装置夹紧电磁线圈后,控制装置控制供电装置开始供电; 在电源装置供电一段时间后,制动装置迅速松开电磁线圈,从制动装置脱离的电磁线圈开始动作而进行工作。
    • 6. 发明公开
    • ROTATING ELECTRIC MACHINE ROTOR
    • 旋转电机转子
    • EP3154161A1
    • 2017-04-12
    • EP14893918.4
    • 2014-06-03
    • Mitsubishi Electric Corporation
    • NAGAYASU Tetsuya
    • H02K3/24H02K9/08
    • H02K3/24H02K1/32H02K3/32H02K7/1823H02K9/08
    • In order to improve cooling performance of a rotor (10) of a rotary electric machine, attention is paid to the relation between the secondary flow of a cooling gas generated inside ventilation holes (20) for the cooling gas provided in a rotor winding (2) formed by stacking a conductor (4) and an interlayer insulating layer (5) and the main flow of the cooling gas during the rotary motion of the rotor (10), and the secondary flow of the cooling gas is suppressed by changing the shape of bulges (21) appearing in a linear shape in the stacked direction on an inner wall surface of each rotor winding ventilation hole (20) on a negative pressure side.
    • 为了提高旋转电机的转子(10)的冷却性能,关注设置于转子绕组(2)内的冷却气体的通风孔(20)内产生的冷却气体的二次流动 )通过在转子(10)的旋转运动期间通过堆叠导体(4)和层间绝缘层(5)以及冷却气体的主流而形成,并且冷却气体的二次流通过改变形状 在负压侧的各转子卷取通风孔20的内壁面上沿层叠方向呈直线状地形成的凸部21。
    • 7. 发明公开
    • STATOR FOR ROTARY ELECTRIC MACHINE
    • 定期FÜRELEKTRISCHE DREHMASCHINEN
    • EP3128648A1
    • 2017-02-08
    • EP14888048.7
    • 2014-03-31
    • Honda Motor Co., Ltd.
    • IKI, Tomotaka
    • H02K3/28
    • H02K3/28H02K3/12H02K3/32
    • In a stator 10, a coil 50 includes plural slot coils 25 that are inserted into slots 23 and plural connection coils 40 that connect the slot coils 25 in positions lying further axially outwards than axial end faces of a stator core 21. The slot coils 25 and the connection coils 40 are formed by plate conductors having planar plate surfaces that intersect a thickness direction. The slot coils 25 and the connection coils 40 are joined together on abutment surfaces P2, P3 with the plate surfaces of the plate conductors made to face each other for surface contact.
    • 在定子10中,线圈50包括插入到槽23中的多个槽线圈25和多个连接线圈40,该连接线圈40将缝隙线圈25连接在比定子铁心21的轴向端面进一步轴向向外的位置。槽线圈25 并且连接线圈40由具有与厚度方向相交的平面板表面的板状导体形成。 槽线圈25和连接线圈40在邻接表面P2,P3上接合在一起,使得板状导体的板表面彼此面对以进行表面接触。