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    • 2. 发明申请
    • ROTARY PERMANENT MAGNET ELECTRIC MOTOR HAVING STATOR POLE SHOES OF VARYING DIMENSIONS
    • 旋转永磁电机具有变化尺寸的定位器
    • WO2003105317A1
    • 2003-12-18
    • PCT/US2003/008672
    • 2003-03-28
    • WAVECREST LABORATORIES LLCMASLOV, Boris, A.SOGHOMONIAN, Zareh, Salmasi
    • MASLOV, Boris, A.SOGHOMONIAN, Zareh, Salmasi
    • H02K21/12
    • H02K1/141H02K1/2786H02K21/22H02K29/03H02K2201/12H02K2201/15
    • Rotary permanent magnet motors have salient stator poles with non-uniform pole thickness in the radial direction for compensating effects of cogging torque. Pole base portions terminate at pole shoes at the radial air gap. The pole shoes extend in the circumferential direction from the bulkier base portions. Variation of the thickness of the pole shoe changes the concentration of the effective flux at the point of coupling between the stator poles and the permanent magnet pole shoes. As there is no change in the active interfacing area of the pole shoes a uniform air gap is maintained. The torque signature for each stator pole/rotor permanent magnet interface can be selectively changed to smooth motor operation by configuring the stator pole shoe thickness to vary along its circumferential extent as appropriate. Pole shoes may have tapered leading or trailing edges with respect to a pole base to change the effective flux density in the air gap at a specific pitch of rotation. Additionally, the pole shoe may be shifted off center with respect to the pole base.
    • 旋转永磁电机具有在径向方向上具有不均匀极厚度的凸极定子极,用于补偿齿槽转矩的影响。 极基部分在径向气隙处终止于极靴。 极靴从较大的基部向圆周方向延伸。 极靴厚度的变化会改变定子极与永磁铁杆之间的耦合点处的有效通量的浓度。 由于极靴的主动接口区域没有变化,因此保持均匀的气隙。 可以选择性地改变每个定子极/转子永磁体接口的扭矩特征,以便通过使定子极靴厚度在其圆周范围内适当地变化来平滑电机操作。 杆鞋可以相对于杆座具有锥形的前缘或后缘,以在特定的旋转间距改变气隙中的有效通量密度。 此外,极靴可以相对于杆座偏离中心。
    • 4. 发明申请
    • ROTARY ELECTRIC MOTOR HAVING AT LEAST THREE AXIALLY ALIGNED STATOR POLES AND/OR ROTOR POLES
    • 具有至少三个轴向对齐的定子波和/或转子波的旋转电动机
    • WO2003067740A1
    • 2003-08-14
    • PCT/US2003/000577
    • 2003-01-10
    • WAVECREST LABORATORIES, LLCMASLOV, Boris, A.SOGHOMONIAN, Zareh
    • MASLOV, Boris, A.SOGHOMONIAN, Zareh
    • H02K21/12
    • H02K1/187H02K21/22
    • A rotary electric motor has a stator (30) with a plurality of separate and ferromagnetically isolated electromagnet core segments (32) disposed coaxially about an axis of rotation. The core segments (32) are supported by a non-ferromagnetic structure.(50) Each core segment (32) has at least three poles aligned in a direction parallel to the axis. Windings are formed on portions linking the poles so that, when energized, the center pole forms a magnetic polarity opposite to the magnetic polarity of the other poles. The rotor (20) comprises a plurality of axial rows of permanent magnets disposed circumferentially along the air gap. Each axial row of rotor magnets comprises a center permanent magnet (22) of one magnetic polarity and, at each axial side thereof, a permanent magnet (23, 24) of a magnetic polarity opposite to the polarity of the center magnet.
    • 旋转电动机具有定子(30),该定子(30)具有围绕旋转轴同轴设置的多个单独的和铁磁隔离的电磁铁芯段(32)。 铁芯段(32)由非铁磁结构支撑。(50)每个铁芯段(32)至少有三个磁极在平行于该轴线的方向上排列。 在连接极点的部分上形成绕组,使得当被激励时,中心极形成与另一个极的磁极性相反的磁极。 转子(20)包括沿气隙沿圆周设置的多个轴向排永久磁铁。 每个轴向排的转子磁体包括一个磁极性的中心永磁​​体(22),并且在其每个轴向侧具有与中心磁体极性相反的磁极的永磁体(23,24)。
    • 5. 发明申请
    • DYNAMOELECTRIC MACHINE HAVING HEAT PIPES EMBEDDED IN STATOR CORE
    • 具有嵌入在定子芯中的热管的电动机
    • WO2006033729A1
    • 2006-03-30
    • PCT/US2005/029356
    • 2005-08-18
    • WAVECREST LABORATORIES LLCMATIN, KaiserSOGHOMONIAN, Zareh
    • MATIN, KaiserSOGHOMONIAN, Zareh
    • H02K9/20
    • H02K9/20H02K1/02H02K1/146
    • Thermal management of an electric machine is implemented by selecting a stator core configuration with the machine application and determining the minimum heat dissipation necessary to maintain the temperature of the core segment configuration at peak excitation within acceptable limits. A core model is used to ascertain thermal distribution at peak excitation. Therefore, a pattern in the selected core segment configuration is established for placement of at least one heat pipe for removing heat from the core. Heat pipes are located at high thermal points in the core segment and oriented in alignment with mapped lines of flux. By placing the heat pipe either at the center of the core or at a recessed boundary layer between the core and winding, the heat pipe can capture and conduct excess heat away from the heat generating areas of the core, thus maintaining the core and the excitation windings at desired temperature.
    • 电机的热管理是通过在机器应用中选择定子铁芯配置来实现的,并且确定将芯部构造的温度保持在峰值激励下的可接受限度所需的最小散热。 使用核心模型来确定峰值激发时的热分布。 因此,建立了所选择的芯段构造中的图案,用于放置至少一个用于从芯体去除热量的热管。 热管位于核心段中的高热点处,并且与映射的通量线对准。 通过将热管放置在芯的中心处或在芯和绕组之间的凹陷边界层处,热管可以捕获并且将多余的热量从芯的发热区域移开,从而保持芯和激发 绕组在所需温度。