1) low tooth difference belt drive
少齿差带传动
3) transimission with small tooth number difference
少齿差传动
1.
According to the characteristics of transimission with small tooth number difference,the geometry relation of normal profile back lash and gearing point was derived on the theory,and the mathematical model was set up for the optimal back lash spacing.
根据少齿差传动的特点,理论分析了啮合传动时齿侧法向间隙与啮合点位置的几何关系,建立了寻优求齿侧间隙的数学模型,并给出一个算例,为进一步对少齿差传动参数的选择和强度的分析奠定了基础。
2.
According to the characteristics of transimission with small tooth number difference,the geometry relation of normal profile back lash and gearing point were derived from the theory after meshing,and all the back lash values were worked out by optimal design.
根据少齿差传动的特点,理论分析了脱离啮合时齿侧法向间隙与啮合点位置的几何关系,建立了寻优求齿侧间隙的数学模型,为进一步全面对少齿差传动参数的选择和强度的分析奠定了基础。
4) planetary gear drive with small tooth number difference
少齿差行星传动
1.
According to the fuzzy analysis and the utilization reliability design elementary theory,and using the optimization design technology,this paper proposes fuzzy reliable optimization method with the involutes planetary gear drive with small tooth number difference.
根据模糊分析和运用可靠性设计的基本理论,结合最优化设计技术,提出了渐开线少齿差行星传动的模糊可靠性优化设计方法,在考虑了全部变量的随机性和离散性约束条件中含有模糊关系和模糊可靠度要求的情况下,以体积最小为目标建立了行星传动的模糊可靠性优化设计数学模型,并给出了优化方法及优化算例。
5) small tooth number difference planetary transmission
少齿差行星传动
1.
In the paper,the advantages as well as disadvantages of small tooth number difference planetary transmission are firstly described.
比较说明少齿差行星传动的优缺点 ,并应用具体实例分析其设计方法及思路 ,具体分析其效率和齿廓重迭干涉等问题 ,重点研究了加工误差对齿廓重迭干涉的影响 ,并提出相应的解决方法。
2.
The principle and classification of the small tooth number difference planetary transmission are provided.
介绍了少齿差行星传动的原理、分类以及少齿差内啮合的限制条件和国内发展概况。
6) crank small teeth number difference transmission
曲柄少齿差传动
补充资料：少齿
1.指幼畜。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条