pinion drive中文是什么意思

• 小齿轮传动

• pinion    n. 【机械工程】小齿轮。 a lazy pinion ...
• drive    vt. (drove , 〔古语〕 drave; dri ...
• drive pinion    传动小齿轮; 驱动小齿轮; 织小齿轮; 主动（些齿轮
• axle drive bevel pinion    车轴传动的小伞齿轮; 主动锥齿轮
• axle drive pinion shaft    车轴主动小齿轮轴
• azimuth drive pinion    方位角传动小齿轮; 方位角驱动小齿轮
• bevel drive pinion    主动小锥齿轮
• bevel pinion drive    斜齿轮传动
• conveyer drive pinion    输送机传动小齿轮
• crusher drive pinion    轧碎机传动小齿轮
• differential drive pinion    差速器传动小齿轮
• differential drive pinion bearing    差速器主动小齿轮轴承
• differential drive pinion carrier    差速器主动小齿轮座架
• differential spur drive pinion    差速器传动小正齿轮
• drive pinion adjusting nut    传动齿轮调整螺母; 传动小齿轮调节螺母
• drive pinion and shaft    主动小齿轮及轴
• drive pinion cone bearing    主动小齿轮锥形轴承
• drive pinion gear depth    驱动齿轮深度
• drive pinion housing gasket    传动小齿轮壳垫密片
• drive pinion oil seal    主动小齿轮油封
• gear and pinion drive    大小齿轮传动
• governor drive pinion    调速器传动小齿轮
• hypoid drive pinion    主动准双曲线伞齿轮
• jackshaft drive pinion    中间轴主动齿轮
• main drive pinion    主传动小齿轮; 主动小齿轮

• Usually , we adopt pinion drive for large mills
  大型磨机我们通常采用边缘驱动。
• Cannon pinion driving wheel
  分轮传动轮
• The design of drive shaft is rational in mill system of single - pinion drives
  边缘传动式磨机系统的传动轴的设计是合理的。
• Load of gear box can be decided by measuring of low speed shaft contort . in mill system of single - pinion drives
  边缘传动磨机系统，可以通过实测低速轴的扭矩来确定系统中减速机的负载状况。
• Finally , the paper studied the dynamic characteristics of 2 . 6x13m mill system . mill system of single - pinion drives is lighten , so the design and run of mill system , bestir frequency must avoid inhesion
  边缘传动磨机系统是一个模态偶合较紧的系统，因此，在磨机系统的设计、运行中，应注意使激励频率避开系统的固有频率，以免发生设备的早期失效。
• It is important rules that research for dynamic characteristics of the mill system of single - pinion drives in operation to prevent damage from the resonance between fix frequency and bestir frequency in this paper , the pattern of pinion - - - drive shaft - - - decelerator gear vertical vibration in the mill system of single - pinion drives is established
  最后，对2 . 6 13m的磨机系统进行了动态特性的实例分析。研究边缘传动磨机系统的动态特性，对避免由于激励频率接近或等于系统的固有频率而导致共振及设备的失效，预测系统在可能激励下的响应特性，优化系统结构等等都具有很重要的意义。