许多汽车制造商和零部件供应商对轮毂电机很感兴趣。米其林公司就是其中一个，它正在开发一个“活性轮胎”的系统
Several carmakers and component suppliers are interested in hub motors. Michelin, for one, is developing a system it calls the Active Wheel.
逐渐提升的国内外需求将带动发动机、涡轮机和发电机等零部件制造市场。
Rising domestic and foreign demand will fire up the market for manufactured parts and components such as engines, turbines and generators.
电机转子、机床主轴、内燃机曲轴、汽轮机转子、陀螺转子和钟表摆轮等旋转零部件在制造过程中，都需要经过平衡才能平稳正常地运转。
Motor rotor and spindle, crankshaft, turbine rotor, gyro rotor and escapement rotating parts in the manufacturing process, need to go through in order to smooth the normal operation of balance.
介绍了大型电机定子扇形片模具结构的设计，及零部件设计加工难点和解决办法。
Die structural design of large-scale motor stator sector piece, difficulties and solving steps in design and manufacture of parts and components are introduced respectively.
主轴是整个风力发电机组中的关键零部件，处于叶轮与齿轮箱的中间部位。
Spindle is the key part in tile wind turbine, which locates in the middle of the driven chain.
恶劣的环境条件和超常的使用寿命，对风力发电机组零部件的防腐提出了较高的要求。
Wicked environment and exceeding use has high requirement to corrosion protection of parts of wind power generator set .
主要产品为各种电机、发电机、泵、阀以及工程机械的零部件。
The main products are Various parts of Electric Motor, Generator, Pump, Valve and Engineering machines.
电池、电机、电控等核心零部件及先进技术应用。
Batteries, motors, electronic control and other core components and advanced technology applications.
从而获得了风力发电机组关键零部件设计与分析的方法。
The design and analysis methodology has been obtained for key components of wind turbine according to GL.
根据对受力零部件的动力学分析结果，可以合理选择驱动电机、轴承等关键零部件。
According to the dynamics analysis result of forced parts, choose reasonably the key parts of motors, bearings etc.
在中国采购优质的零部件用于三菱电机的产品，以保持三菱电机在竞争中的优势地位。
To maintain our advantageous position in competition by purchasing high quality parts in China, which are used in Mitsubishi Electric products.
高水平的零部件互换性所有减速电机部件交付客户利益的增加选择，降低成本，更快，更快的维护“学习曲线”。
High level of parts interchangeability for all gearmotor components benefits the customer with increased options, reduced costs, faster deliveries, and a faster maintenance "learning curve".
由于减少了齿轮箱和其他相关零部件，发电机的转速每分钟仅16 -17转，风机运行的可靠性和效率显著提高。
Due to no gearbox and other related parts, the turbine runs at low speed with only 16-17 RPM, so the reliability and efficiency is highly improved.
为风力发电机组关键零部件的设计和优化奠定了基础，具有理论意义和工程实用价值。
It lays foundation for wind turbine key components design and optimization, and has a high theoretical and practical value.
为风力发电机组关键零部件的设计和优化奠定了基础，具有理论意义和工程实用价值。
It lays foundation for wind turbine key components design and optimization, and has a high theoretical and practical value.
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