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    • 116. 发明授权
    • Method of securing a stator winding in a rotating electrical machine
    • 将定子绕组固定在旋转电机中的方法
    • US06425176B1
    • 2002-07-30
    • US09648058
    • 2000-08-25
    • Masaru OzawaTakeo Fukuda
    • Masaru OzawaTakeo Fukuda
    • H02K1512
    • H02K3/47H02K3/24H02K15/12Y10T29/49009Y10T29/49073
    • A method of securing a stator winding such that it has improved heat dissipation performance includes steps of inserting a stator winding into a stator core soaking these components in a varnish tank while being held together as one, and after the varnish has soaked into the stator winding 15, withdrawing the winding and core from the varnish tank. Then a mandrel comprising an outer peripheral pressing portion made by wrapping a fluororubber around an outer periphery of a mandrel body made of a fluoroplastic, is inserted into the stator winding. After this, the varnish is heat hardened with the stator core, the stator winding, and the mandrel 33 all held together as one. In so doing, the outer peripheral pressing portion is deformed with irregularities replicating the inner periphery of the stator winding 15. Hence on the inner peripheral side of the stator winding, the varnish resin hardens with the irregularities retained. As a result, the effective inner peripheral surface area of the stator winding with the hardered varnish is increased, and heat dissipation is thus improved.
    • 一种固定定子绕组的方法,使得其具有改善的散热性能包括将定子绕组插入定子芯中的步骤,将这些部件浸入清漆罐中,同时保持在一起,并且在清漆浸入定子绕组中之后 15,从清漆罐中取出绕组和芯。 然后,将包括由氟塑料制成的心轴的外周围的氟橡胶制成的外周加压部的芯棒插入定子绕组中。 此后,清漆与定子芯,定子绕组和心轴33全部热固化在一起。 这样做时,外周按压部分会使定子绕组15的内周上的凹凸变形。因此,在定子绕组的内周侧,清漆树脂硬化,并且保持不规则。 结果,增加了具有硬化清漆的定子绕组的有效内周面积,从而提高了散热。
    • 119. 发明申请
    • Machine with cup-shaped armature and air gap
    • 具有杯形电枢和气隙的机器
    • US20020067102A1
    • 2002-06-06
    • US09888636
    • 2002-01-22
    • Stanley E. Dunn
    • H02K001/22
    • H02K1/30H02K3/04H02K3/26H02K3/47H02K23/26H02K23/54H02K23/58
    • An electromechanical machine is disclosed which has a field producing assembly providing a cup-shaped air gap which is circumferentially disposed about an axis of rotation. The field assembly produces a circumferential distribution of magnetic flux in the cup-shaped air gap having n periodic extremes of flux density about the axis. A cup-shaped electrical assembly or armature is disposed in the air gap and the armature and field assembly are relatively rotatable. The armature has a circular array of C non-overlapping coils on each of its inner and outer faces with the coils on one face being angularly offset from the coils on the other face. Moreover, since the air gap and coils are cup-shaped, it is possible to achieve, for a machine of given diameter and form factor, a horsepower and torque which was previously possible only with substantially larger disk-type motors. That is because the total volume of the air gap and coils correspond to those of a much larger diameter disk-type motor.
    • 公开了一种机电机械,其具有提供围绕旋转轴线周向设置的杯形气隙的场产生组件。 现场组件在杯状气隙中产生磁通的周向分布,其具有围绕轴线的磁通密度的周期性极限。 杯形电气组件或电枢设置在气隙中,电枢和磁场组件可相对旋转。 电枢在其内表面和外表面的每一个上具有C个非重叠线圈的圆形阵列,其中一个面上的线圈与另一个面上的线圈成角度偏移。 此外,由于气隙和线圈是杯形的,对于给定直径和形状因子的机器,可以实现以前仅可用于较大的盘式电动机的马力和扭矩。 这是因为气隙和线圈的总体积对应于大直径盘式电动机的总体积。
    • 120. 发明授权
    • Electronically commutated DC
    • 电子换向DC
    • US06232690B1
    • 2001-05-15
    • US09380789
    • 1999-09-03
    • Fritz Schmider
    • Fritz Schmider
    • H02K1602
    • H02K16/02F04D25/0653F04D25/0666H02K3/47H02K5/163H02K5/1675H02K5/1735H02K5/1737H02K21/24H02K29/03
    • A DC motor has a housing having an air gap and a stator coil is positioned in the air gap. First and second permanent magnet rotors are coaxially arranged to one another in the housing on opposite sides of the air gap. The first and second permanent magnet rotors are mounted in the housing without being mechanically connected to one another. In another embodiment, a flat stator coil is provided. At least one permanent magnet rotor has an axially magnetized annular rotor magnet, a plastic part as a support for the rotor magnet, a shaft mounted in the plastic part, and a soft magnetic ground element snapped into the plastic part. The rotor magnet is fastened to the soft magnetic ground element. In another embodiment, a housing having first and second cup-shaped housing parts is provided. The first housing part has a first bottom and the second housing part has a second bottom. The first and second bottoms form an air gap therebetween. A flat stator coil is positioned in the air gap. In yet another embodiment, a stator support with an air gap is provided. A stator coil is wound onto the stator support within the air gap and an axle is mounted centrally thereon. First and second permanent magnet rotors are coaxially arranged on opposite sides of the air gap. The first and second permanent magnet rotors are mounted without being mechanically connected to one another.
    • DC电动机具有具有气隙的壳体,并且定子线圈位于气隙中。 第一和第二永磁转子在气隙的相对侧的壳体中彼此同轴布置。 第一和第二永磁转子安装在壳体中而不彼此机械连接。 在另一个实施例中,提供了一个扁平的定子线圈。 至少一个永磁转子具有轴向磁化的环形转子磁体,作为转子磁体的支撑的塑料部分,安装在塑料部分中的轴以及被卡入塑料部分中的软磁性接地元件。 转子磁体固定在软磁接地元件上。 在另一个实施例中,提供具有第一和第二杯形壳体部分的壳体。 第一壳体部分具有第一底部,第二壳体部分具有第二底部。 第一和第二底部之间形成气隙。 扁平的定子线圈位于气隙中。 在另一个实施例中,提供具有气隙的定子支撑件。 定子线圈被缠绕在气隙内的定子支撑件上,并且轴被中心地安装在轴上。 第一和第二永磁转子同轴地布置在气隙的相对侧上。 第一永磁转子和第二永磁转子安装成彼此机械连接。