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    • 1. 发明授权
    • Vehicle AC generator
    • 车用交流发电机
    • US09369032B2
    • 2016-06-14
    • US14352257
    • 2012-01-10
    • Hirotaka KimataKazunori Tanaka
    • Hirotaka KimataKazunori Tanaka
    • H02K57/00H02K5/08H02K11/00H02K99/00H02K11/04
    • H02K57/003H02K5/08H02K11/046
    • Provided is a vehicle AC generator that further enhances safety at the time of a vehicle collision, without resorting to changes in material or changes in overall thickness. A vehicle AC generator 50 has: a rotor 5 provided on a shaft 4; a stator 10 disposed so as to oppose the rotor; a rectifier 12 rectifying current generated in the stator; a regulator 13 adjusting voltage generated in the stator; and a resin cover 14 covering the rectifier. A partitioning section 15 is integrally formed on the inner side of the resin cover. The partitioning section extends in the peripheral direction and rises in the axial direction of the shaft.
    • 提供一种车辆交流发电机,其进一步增强车辆碰撞时的安全性,而不需要改变材料或整体厚度的变化。 车辆用交流发电机50具有:设置在轴4上的转子5; 设置成与转子相对的定子10; 整流器12整流在定子中产生的电流; 调节器13调节在定子中产生的电压; 以及覆盖整流器的树脂盖14。 分隔部15一体地形成在树脂盖的内侧。 分隔部沿圆周方向延伸并沿轴的轴向上升。
    • 4. 发明授权
    • Method for producing the rotor winding of an electrical machine, and an electrical machine with a rotor winding which is produced in accordance with this method
    • 电机的转子绕组的制造方法以及根据该方法制造的具有转子绕组的电机
    • US08698370B2
    • 2014-04-15
    • US12918494
    • 2008-11-19
    • Gerald Roos
    • Gerald Roos
    • H02K3/28H02K15/02H02K3/04H02K21/22H02K23/62H02K57/00
    • H02K3/04H02K3/28H02K21/22H02K23/38H02K23/62H02K99/00Y10T29/49009Y10T29/49012
    • The invention relates to a method for producing the rotor winding of an electrical machine having at least four exciter poles in the stator (11) and having a commutator rotor (13) with a number of slots (N) and pole teeth (Z) which deviates from the number of exciter poles, and having a number of individual tooth coils (S) and laminations (L) which is at least twice as high as the number of pole teeth, wherein the individual tooth coils are wound, starting from the first coil (S1) onto in each case that pole tooth with the lowest angular error (Wf) in relation to a pole division (Pt). In order to permit non-critical guidance of the winding wire (17) in the region of the lamination connections, provision is made, at least in the case of a last-wound section (B) of the coils (S), preferably in the case of all of the coils, for the winding wire (17), with which contact is made by a lamination (L) in each case between two coils (S), to be fed from one side of the lamination (L) and guided away from the other side, and for at least one pole tooth (Z), but at most two pole teeth (Z) to be situated between the slot (N) from which the winding wire (17) of the lamination (L) is fed and the slot (N) at which said winding wire is guided away from the lamination (L).
    • 本发明涉及一种在定子(11)中具有至少四个励磁极的电机的转子绕组的制造方法,具有多个槽(N)和极齿(Z)的换向器转子(13) 偏离励磁极的数量,并且具有多个独立的齿线圈(S)和叠片(L),其数量至少是极齿数的两倍,其中各个齿线圈从第一 在每种情况下,线圈(S1)相对于极分割(Pt)具有最低角度误差(Wf)的极齿。 为了允许在层压连接区域中绕线(17)的非关键引导,至少在线圈(S)的最后缠绕部分(B)的情况下,优选地设置在 在两个线圈(S)之间的每种情况下通过层叠(L)接触的绕组线(17)的所有线圈的情况,从层压体(L)的一侧进给,并且 并且对于至少一个极齿(Z),但是至多两个极齿(Z)位于层叠体(L)的绕线(17)的槽(N)之间, 并且将所述绕组线从层压体(L)引导出的槽(N)。
    • 7. 发明申请
    • WASHER WASHING BALL INDUCTIVE DEVICE AND A DRAIN COVER FOR THE WASHING BALLS
    • 洗衣机洗衣机感应装置和洗衣机的排水盖
    • US20130127263A1
    • 2013-05-23
    • US13509024
    • 2010-11-05
    • Ho Yong Park
    • Ho Yong Park
    • H02K57/00B08B3/04
    • B08B3/04B08B9/0808B08B9/0817D06F33/02D06F35/00D06F35/008D06F39/024D06F39/083H02K99/20
    • Disclosed are a washing unit for washing contaminants within a washing machine, a permanent magnet inducing unit for effectively washing an inner wall of a water tank by using induction of an electric field or providing a motion to an artificial floating body of the water tank, and a drain cover for a washing machine for assisting a washing operation of a washing ball of the washing machine. The washing unit has a body for maintaining a certain shape such as a ball and a plurality of washing projections, and is introduced into spaces between the water container and the washing tub and between the water tank and the pulsator to frictionally remove various filths attached to the washing tank, the washing tub and the pulsator with the washing projections that floats at a predetermined depth of washing water.
    • 公开了一种用于洗涤洗衣机内的污染物的洗涤单元,用于通过使用感应电场或向水箱的人造浮体提供运动来有效地清洗水箱的内壁的永磁体诱导单元,以及 用于洗衣机的排水盖,用于帮助洗衣机的洗涤球的洗涤操作。 洗涤单元具有用于保持一定形状的主体,例如球和多个洗涤突起,并且被引入到水容器和洗涤桶之间以及在水箱和波轮之间的空间中,以摩擦地去除附接到 洗涤槽,洗涤桶和波轮,其中洗涤突起浮在洗涤水的预定深度。
    • 9. 发明申请
    • Micro motor structure
    • 微电机结构
    • US20090184607A1
    • 2009-07-23
    • US12068579
    • 2008-02-08
    • Alex HorngI-Yu Huang
    • Alex HorngI-Yu Huang
    • H02K57/00
    • H02N1/004
    • The present invention relates to a micro motor structure, which includes a hub, a rib structure, an inner ring, an outer ring and at least two micro actuators in which a top edge of the hub is projected outwards to form an upper lid having at least two protrusions in form of rectangular tooth, triangle or arc so that the upper lid is in point contact with the inner wall of the inner ring. As such, in spite of collision between the inner ring and the upper lid, when the micro actuators drive the rib structure, the inner ring and the outer ring to rotate, mutual abrasion between the upper lid and the inner ring is alleviated due to the point contact therebetween, thereby prolonging the lifespan of the micro motor.
    • 本发明涉及一种微型马达结构,其包括轮毂,肋结构,内圈,外圈和至少两个微型致动器,其中毂的顶部边缘向外突出以形成上盖, 至少两个呈矩形齿,三角形或圆弧形的突起,使得上盖与内圈的内壁相接触。 因此,尽管内环和上盖之间发生碰撞,但是当微致动器驱动肋结构时,内圈和外圈旋转,上盖和内圈之间的相互磨损由于 从而延长微型电动机的使用寿命。
    • 10. 发明授权
    • Single coil bistable, bidirectional micromechanical actuator
    • 单线圈双稳态双向微机械执行器
    • US5808384A
    • 1998-09-15
    • US869789
    • 1997-06-05
    • Ned TabatHenry Guckel
    • Ned TabatHenry Guckel
    • H02K33/00H02K15/00H02K57/00
    • H02K33/00Y10S310/06
    • Micromechanical actuators capable of bidirectional and bistable operation can be formed on substrates using lithographic processing techniques. Bistable operation of the microactuator is obtained using a single coil and a magnetic core with a gap. A plunger having two magnetic heads is supported for back and forth linear movement with respect to the gap in the magnetic core, and is spring biased to a neutral position in which the two heads are on each side of the gap in the core. The single electrical coil is coupled to the core and is provided with electrical current to attract one of the heads toward the core by reluctance action to drive the plunger to a limit of travel in one direction. The current is then cut off and the plunger returns by spring action toward the gap, whereafter the current is reapplied to the coil to attract the other head of the plunger by reluctance action to drive the plunger to its other limit of travel. This process can be repeated at a time when switching of the actuator is required.
    • 可以使用光刻处理技术在基板上形成能够双向和双向运行的微机械致动器。 使用单个线圈和具有间隙的磁芯获得微致动器的双稳态操作。 具有两个磁头的柱塞被支撑用于相对于磁芯中的间隙的往复线性运动,并且被弹簧偏置到中间位置,在该中间位置,两个磁头位于磁芯的间隙的每一侧上。 单个电线圈耦合到铁芯并且被提供有电流以通过磁阻作用来吸引其中一个磁头朝向磁芯,以将柱塞驱动到在一个方向上行进的极限。 然后将电流切断,并且柱塞通过弹簧作用向间隙返回,然后电流重新施加到线圈以通过磁阻作用吸引柱塞的另一个头部,以将柱塞驱动到其另一个行进限制。 在需要切换致动器时,可以重复该过程。