声明
变量注释表
1 绪 论
1.1 研究的背景与意义(Background and significance of the research)
1.2 断路器操动机构的分类及研究现状(Classification and research status of circuit breaker operating mechanism)
1.3 断路器对操动机构的要求(Requirements of circuit breaker for operating mechanism)
1.4 研究内容及方法(Research contents and methods)
2 弹簧操动机构整体方案研究
2.1 使用环境和设计参数(Application environment and design parameters)
2.2 弹簧操动机构整体结构分析(Analysis on the whole structure of spring operating mechanism)
2.3 弹簧操动机构结构方案及动作原理(Structural scheme and principle of spring operating mechanism)
2.4 分合闸弹簧操作功的研究(Research of the operation work of the opening and closing spring)
2.5 本章小结(Summary of the chapter)
3 弹簧操动机构储能单元设计
3.1 储能单元分析(Energy storage unit analysis)
3.2 分合闸弹簧的设计及计算(Design and calculation of opening and closing spring)
3.3 操动机构齿轮传动的设计(Design of gear transmission of operating mechanism)
3.4 手动储能单元的设计分析(Design and analysis of manual energy storage unit)
3.5 齿轮应力及疲劳仿真分析(Simulation analysis of gear stress and fatigue)
3.6 储能轴的设计及仿真分析(Design and simulation analysis of energy storage shaft)
3.7 本章小结(Summary of the chapter)
4 弹簧操动机构主传动单元设计
4.1 操动机构的凸轮设计(Cam design of operating mechanism)
4.2 操动机构的扣接及脱扣单元设计(Design of connecting and tripping unit of operating mechanism)
4.3 本章小结(Summary of the chapter)
5 弹簧操动机构Adams仿真分析与机械特性试验
5.1 Adams软件简介(Introduction to Adams software)
5.2 弹簧操动机构仿真建模(Simulation modeling of spring operating mechanism)
5.3 弹簧操动机构仿真分析(Simulation analysis of spring operating mechanism)
5.4 弹簧操动机构机械特性试验(Mechanical characteristic test of spring operating mechanism)
5.5 弹簧操动机构仿真结果与试验数据拟合分析(Fitting analysis of simulation results and test data of spring operating mechanism)
5.6 弹簧操动机构寿命试验结果及分析(Life test results and analysis of spring operating mechanism)
5.7 本章小结(Summary of the chapter)
6 结论与展望
6.1 结论(Conclusions)
6.2 展望(Prospects)
参考文献
作者简历
致谢
学位论文数据集
山东科技大学;