planetary transmission
英 [ˈplænətri trænzˈmɪʃn]
美 [ˈplænəteri trænzˈmɪʃn]
行星齿轮变速箱
双语例句
- Especially in designing the planetary transmission with high transmitting ratio, the calculation of this ratio is critical.
特别在设计大传动比闭式行星传动时，其传动比计算公式更是重要的理论基础。 - Vibration Modeling and Mode Analysis of Eccentric Wheel Handspike Planetary Transmission
偏心轮推杆行星传动振动建模与模态分析 - Change gear ratio range, in particular, using planetary transmission, the transmission ratio can be up to100~ 200 ( single stage), the growth rate for slow down or drive.
传动比变化范围大，特别是采用行星传动时，传动比可到100~200（单级），适用于减速或增速传动。 - Study on Internal Gear Structure Steady-state Responses of Herringbone Gear Planetary Transmission
人字行星传动内齿圈结构稳态响应分析船体结构对水下冲击波动态响应的数值研究 - Based on the finite element method for computing the uneven load coefficient of the planetary transmission
基于有限元法的行星传动不均载系数计算 - Research on Fatigue Strength Reliability for the Cycloid Ball Planetary Transmission Based on Fuzzy Theory
基于模糊理论的摆线钢球行星传动接触疲劳强度可靠性研究 - In light of graph theory, here establishes the criterion for judging geometric compatibility of the synthesization diagram of planetary transmission.
该文借助图论，解决了行星变速箱综合简图几何相容性的判断问题。 - The lever analogy used in analyzing planetary transmission has been perfected and further developed in this paper.
本文对用于行星式变速器分析的杠杆模拟法进行完善和拓展。 - Research on Undercutting in Cycloid Ball Planetary Transmission Based on Space Meshing Theory
基于空间啮合理论的摆线钢球行星传动根切研究 - The multi-objective fuzzy optimal design on the 2K-H form planetary transmission
2K-H型行星传动多目标模糊优化设计 - Research on CNC Programming Technologies of Cycloid Gear Planetary Transmission's Pair
摆线包络行星精密传动啮合副数控加工编程技术研究 - The Fuzzy Reliability Optimum Design Of Cycloid Steel Ball Planetary Transmission
摆线钢球行星传动的模糊可靠性优化设计 - All of these characteristics make the eccentric wheel pushrod planetary transmission have wide application prospects on industry.
这些特征使偏心轮推杆行星传动在工业上具有广阔的应用前景。 - The Research for Cycloid Steel Ball Planetary Transmission
摆线钢球行星传动研究 - The paper considers how to develop the advantage of planetary transmission and to increase load capacity in the design of gear number distribution.
在齿数分配的设计中，充分考虑了如何发挥行星传动的优越性与提高承载能力。 - In this paper, the multiple objects optimization for planetary transmission based on Fuzzy theory is introduced.
讨论了基于模糊理论的行星传动多目标优化。 - Structure and forces Analysis of 2K-V Planetary Transmission
2K-V型行星传动的结构和力的分析 - In a planetary transmission system, all parts 'temperature and their fields are important to the system's performance and reliability.
行星齿轮传动系统中，各零部件的本体温度和温度场的分布对系统的工作性能和可靠性有重要影响。 - This paper describes and analyzes the design and strength calculation of planetary transmission.
本文对行星传动的设计和强度计算等内容作了详细的分析论述。 - The theory and solution of the lever analogy are systematically given, and the method is generalized to become a common one of dynamic analysis for planetary transmission.
系统地给出了杠杆模拟法的理论和应用方法，并将该方法推广成为行星式变速器动力学分析的通用方法。 - Design& Calculation of the Planetary Transmission and Research of Three-Dimensional Modeling System
行星传动设计计算和三维建模系统的研究 - Chain arc tooth planetary reducer is a new type of planetary transmission.
链条圆弧齿行星减速机是一种新型行星传动。 - The design process of the cycloid ball planetary transmission mechanism is summarized, and the prototype is manufactured successfully.
总结了摆线钢球行星传动机构的设计步骤，并成功的加工制造出样机。 - The type analysis of the cycloid steel ball planetary transmission is made.
对摆线钢球行星传动进行了较全面的类型分析。 - Multi-stage hybrid planetary transmission system is constituted by combination of the cylindrical gear, bevel gear drive, etc, and planetary gear drive.
多级混合式行星传动指的是将行星齿轮传动和圆柱齿轮传动、圆锥齿轮传动等组合起来使用所构成的齿轮传动系统。 - Finally, the stiffness of thin-shell crown gear coupling is analyzed and calculated. 4. The statics physical and mathematical models of the dual-floating planetary transmission system are established. The calculation method of the load sharing coefficient on dual-floating planetary transmission system is studied.
对双浮动行星齿轮传动系统进行了静力学物理和数学建模，研究了双浮动行星齿轮传动系统均载系数的计算方法。 - The load sharing properties directly affect the operating performance, reliability and life of the planetary transmission.
均载性能直接决定着行星齿轮传动的可靠性等工作性能。 - Both cycloid pin gear planet transmission and involute few teeth difference planetary transmission belong to K-H-V planet gear transmission, their principle and structure is almost identical.
摆线针轮行星传动和渐开线少齿差行星齿轮传动，同属K-H-V行星齿轮传动，其工作原理和结构基本相同。 - The time domain response of transmission system is obtained through example; the influence of input speed, system stiffness and gear error to dynamic load-sharing behavior is analyzed, the software is developed to analyze dynamic load sharing behavior of planetary transmission system.
通过求解实例，得到传动系统时域响应；分析了输入转速、系统刚度和齿轮误差对动力学均载系数的影响；开发了行星传动系统动力学均载特性分析软件。 - The drive ratio formulas of all kinds of the cycloid steel ball planetary transmission are deduced respectively.
并分析推导出各种型式摆线钢球行星传动的传动比计算公式。