导出摆动活齿传动空回行程不自锁条件，并给出克服自锁的方案。
Self-locking conditions of return stroke of swing movable teeth are deduced and methods to overcome self-locking are obtained.
利用摆动活齿传动等效机构，分析其传动性能和最小传动角的位置。
According to its equivalent mechanism-crank rocker mechanism, driving performance and minimum driving Angle position of movable tooth is analyzed.
本文建立了摆动活齿传动的优化设计数学模型，提出了优化设计方法。
The mathematical model of optimization design for swing movable teeth drives is set, and the optimization design method is proposed in this paper.
应用矩阵迭代摄动法，对摆动活齿传动系统的固有频率进行了求解和分析。
The natural frequencies of the vibration system are obtained by using the iterative perturbation method.
应用矩阵迭代摄动法，对摆动活齿传动系统的固有频率进行了求解和分析。
The natural frequencies of the vibration system are obtained by using the iterative perturbation me…
建立了摆动活齿传动的双目标模糊可靠性优化设计数学模型：并给出了计算实例。
The mathematical model of two-objective fuzzy reliability optimization design for swing movable teeth drive is put forward. A numerical example is given.
用模糊数表示活齿传动中各事件发生的概率，对摆动活齿传动系统进行了模糊故障树分析。
The probability of event occurrence in a movable teeth drive is described by fuzzy number. The fuzzy fault tree analysis of a swing movable teeth transmission system is conducted.
用模糊数表示活齿传动中各事件发生的概率，对摆动活齿传动系统进行了模糊故障树分析。
The probability of event occurrence in a movable teeth drive is described by fuzzy number. The fuzzy fault tree analysis of a swing movab…
本文从啮合理论、运动学、可靠性分析、优化设计、加工制造及性能测试等方面对摆动活齿传动进行了一系列系统、深入的研究。
This paper carries on a series of in-depth and systemic theoretical study on engagement theory, kinematics, reliability theory, optimization design and manufacturing process.
本文从啮合理论、运动学、可靠性分析、优化设计、加工制造及性能测试等方面对摆动活齿传动进行了一系列系统、深入的研究。
This paper carries on a series of in-depth and systemic theoretical study on engagement theory, kinematics, reliability theory, optimization design and manufacturing process.
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