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    • 1. 发明授权
    • Motor arrangement
    • 电机安排
    • US06501200B2
    • 2002-12-31
    • US09859571
    • 2001-05-16
    • Wolfgang EngelArno KarwathHarald Reich
    • Wolfgang EngelArno KarwathHarald Reich
    • H02K1100
    • F04D25/0633H02K29/08H02P6/14
    • A motor arrangement has an electronically commutated motor of an explosion-protected design with a permanent-magnetic rotor, a stator, and an electronic commutation device. At least one galvanomagnetic rotor position sensor is arranged on the stator and separated from the permanent-magnetic rotor by an air gap, wherein the at least one galvanomagnetic rotor position sensor is configured to detect a magnetic field of said permanent-magnetic rotor and emits an output signal controlling said electronic commutation device. An opto-coupler transmits the output signal of the at least one galvanomagnetic rotor position sensor to the electronic commutation device. A current supply in the form of an ac system or a three-phase system supplies current to the at least one galvanomagnetic rotor position sensor. An isolating transformer is interconnected between the at least one galvanomagnetic rotor position sensor and the current supply.
    • 电动机装置具有防爆设计的电子换向电动机,其具有永磁转子,定子和电子换向装置。 至少一个电磁转子位置传感器布置在定子上并且通过气隙与永磁转子分离,其中至少一个电磁转子位置传感器被配置为检测所述永磁转子的磁场并发射 输出信号控制所述电子换向装置。 光耦合器将至少一个电磁转子位置传感器的输出信号传送到电子换向装置。 交流系统或三相系统形式的电流供应电流供给至少一个电磁转子位置传感器。 隔离变压器互连在至少一个电磁转子位置传感器和电流源之间。
    • 2. 发明授权
    • Electronically commutated motor
    • 电子换向电机
    • US6097129A
    • 2000-08-01
    • US273047
    • 1999-03-19
    • Patrick FurtwanglerHermann RappeneckerHarald ReichGabor Szondi
    • Patrick FurtwanglerHermann RappeneckerHarald ReichGabor Szondi
    • F04D25/06F04D29/058H02K11/00H02K21/22H02K29/08H02P6/15H02K1/12
    • F04D25/0633F04D25/064F04D25/0646F04D29/058H02K29/08H02P6/15Y10S310/03
    • An electronically commutated external rotor motor has an external rotor having a cup-shaped housing and a radially magnetized permanent magnet connected in the cup-shaped housing. An interior stator is positioned in the cup-shaped housing. The interior stator has a laminated core having grooves. Windings are provided within the grooves. The windings have first end turns proximal to a bottom of the cup-shaped housing and second end turns positioned distal to the bottom. The first and second end turns electrically connect the windings to one another. The permanent magnet has an end face remote from the bottom of the cup-shaped housing. At least one galvano-magnetic rotor position sensor is arranged opposite the end face of the permanent magnet so as to be located within a magnetic leakage of the permanent magnet and within a magnetic leakage of the interior stator. The at least one rotor position sensor is designed to control current within at least a portion of the windings. A magnetic leakage flux concentrator is arranged at the interior stator at the second end turns at a side of the second end turns facing away from the laminated core and positioned at least within an angular area of the interior stator in which the at least one rotor position sensor is located.
    • 电子换向外转子电动机具有外部转子,该转子具有连接在杯状壳体中的杯形壳体和径向磁化的永磁体。 内部定子定位在杯形壳体中。 内部定子具有具有凹槽的层叠铁芯。 在槽内设有绕线。 绕组具有靠近杯状壳体的底部的第一端匝和位于底部远端的第二端匝。 第一和第二端将绕组彼此电连接。 永磁体具有远离杯形壳体的底部的端面。 至少一个电流 - 磁性转子位置传感器布置成与永磁体的端面相对,以便位于永磁体的磁泄漏内并且在内部定子的磁泄漏中。 至少一个转子位置传感器被设计成控制至少一部分绕组内的电流。 漏磁通集中器设置在内部定子处,在第二端匝处,第二端匝背向叠层铁芯的一侧,并且至少定位在内部定子的角度范围内,其中至少一个转子位置 传感器位于。