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首页> 外文期刊>IEEE / ASME Transactions on Mechatronics >A Novel Design of a Brushless DC Motor Integrated with an Embedded Planetary Gear Train
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A Novel Design of a Brushless DC Motor Integrated with an Embedded Planetary Gear Train

机译:集成了嵌入式行星齿轮系的无刷直流电动机的新颖设计

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摘要

This paper presents a novel design by integrating a planetary gear train (PGT) within a brushless dc (BLDC) motor to be a compact structure assembly. It provides functional and structural integrations to overcome the inherent disadvantages of the traditional designs. The effects of the gear teeth on the magnetostatic field of the BLDC motor associated with the kinematics of the PGT are investigated. By designing the number of gear teeth integrated on the stator and magnet poles on the rotor, the cogging torque of the proposed motor configuration is effectively reduced. The magnetic field distribution and the output torque of the novel design with different standard gear modules are numerically calculated by two-dimensional finite-element analysis. Through the kinematic analysis that utilizes the fundamental circuits, feasible solutions for the number of gear teeth of the PGT are determined to meet the desired speed ratio.
机译:本文通过将行星齿轮系(PGT)集成在无刷直流(BLDC)电动机中以构成紧凑的结构组件,提出了一种新颖的设计。它提供功能和结构上的集成,以克服传统设计的固有缺点。研究了齿轮齿对与PGT运动学相关的BLDC电机静磁场的影响。通过设计集成在定子上的齿轮齿和转子上的磁极的齿数,可以有效地减少所提出的电机配置的齿槽转矩。通过二维有限元分析,对采用不同标准齿轮模块的新型设计的磁场分布和输出扭矩进行了数值计算。通过利用基本电路的运动学分析,确定了PGT齿轮齿数的可行解决方案,以满足所需的速比。

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