The modification of gear is a principal method for improving performance meshing.

齿面修形是提高齿轮副啮合性能的重要手段.

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Use reducer special for plastic extruder with alloy hard - toothed surface.

采用合金硬齿面塑料挤出机专用减速机.

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These formulae are suitable for any contacting point of tooth surface meshing.

这些公式适用于齿面啮合的任何接触点.

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Measuring path planning and tooth surface measuring.

测量路径的规划及齿面测量.

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It is believed that the flank distortion is the main reason of profile errors.

本文采取计算和实测方法分析了齿轮滚刀重磨后齿形的变化,认为齿面畸变是重磨齿形误差的主要原因.

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The lubrication of tooth surface is the key to realize the transmission of steel worm - gear.

结果表明:齿面润滑是实现钢蜗轮传动的关键技术之一,且齿面润滑对钢蜗轮传动性能影响很大.

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The designing amendatory formulas will make the marine gearing of ship become more reasonable and safer.

利用此公式计算齿面接触疲劳强度可使船用齿轮的设计更合理,更安全.

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Output Shaft: Hardened electroless nickel, corrosion and wear resistance, oversize diameter for increased strength and rigidity.

输出轴: 硬齿面化学镀镍, 耐腐蚀性和耐磨性, 增加强度和刚度超大直径.

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The cold rolling process and the principle theand so did the machining, installing and the rollers.

通过对冷滚轧渐开线花键加工原理分析,按照空间啮合原理,建立了花键齿面三维数学模型, 揭示了花键冷滚轧过程中滚轮和工件之间运动规律.

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Changes of induced normal curvature and the relative sliding coefficient of gears are the important factors.

齿面诱导法曲率和滑动系数的改变是重要的影响因素.

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Test results show that fear finishing can increase greatly gear life and reduce the noise lot.

试验结果表明:齿面光整加工后寿命大幅度提高,噪声大幅度降低.

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The bobbing technique for finishing heat - treated gears a recently developed high efficient method of gear machining.

硬齿面滚削工艺是近期发展的齿轮高效加工技术.

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Based on the conjugation theory of space surface, the vector relation of gear cutting is ensured.

基于空间曲面共轭原理, 确定齿轮切齿矢量关系,建立了螺旋锥齿轮的齿面矢量方程.

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Strong and durable hard - surface drive system makes sure the stable output and good quality.

强劲的硬齿面动力传动系统,经久耐用且保证了稳定的挤出量和优异的产品质量.

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For the appearing interference, the optimum schemes for the model - drawing lead and interference modification are presented.

针对出现的拔模干涉, 提出了拔模导程的优化方法,以及干涉的修正方案和齿面光顺过程.

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