ANASYS滚动直线导轨副精度与摩擦试验台设计
时间:2018-03-13 10:34 来源:毕业论文 作者:毕业论文 点击:次
| 摘要本文在分析目前滚动直线导轨副精度与摩擦测试技术研究性能的基础上，设计了关于滚动直线导轨副精度与摩擦测试的试验台。 通过市场调研与分析，提出精度与摩擦的测量原理，结合实际应用，确定该试验台的功能和性能指标，提出总体设计方案，再对几种驱动方案进行对比分析，选出了最佳方案。 根据滚动直线导轨副精度与摩擦试验台的设计要求，分别设计了床身、工作台和直角式驱动机构等，并对部分零部件进行校核计算，完成了各个零部件的PRO/E三文建模，且对导轨支撑架进行了ANASYS分析。最后将各个零部件进行装配，得到试验台的总体结构。19523 最后简单设计了试验台的测试系统，并对部分硬件进行选型。 关键词 滚动直线导轨副 精度 摩擦 试验台 毕业设计说明书（论文）外文摘要 Title The Design of Roller Linear Guide Accuracy and Friction Test Bed Abstract Based on the analysis of the current test technology and research of the roller linear guide accuracy and friction, a test bed for the measurement of the roller linear guide accuracy and friction was designed. Through market research and analysis, the measurement principle of accuracy and friction were put forward. Combined with practical application, the characteristic parameter and functional requirements of the test bed were determined, as well as the overall design. And then after comparison and analyzing several programs of driving component, the best one was elected. According to the design requirements of the bed, the structure of bed component, working mesa component and right angle drive component were designed respectively while the components which effect the accuracy and friction of the test bed were checked, which combine with the assembly methods to accomplish the structure designing of each component. On this basis, the entire structure of the test bed was assembled by all components. Moreover, the measurement system was simply design, and part of the hardware was chosen. Keywords Roller linear guide Accuracy Friction Test bed 目 次 1 绪论 1 1.1 滚动直线导轨副精度与摩擦测量研究现状 1 1.2 课题研究背景及意义 4 1.3 论文主要研究内容 5 1.4 本章小结 5 2 滚动直线导轨副精度与摩擦试验台总体设计 6 2.1 精度检测方案对比 6 2.2 精度与摩擦测量原理 6 2.3 试验台功能要求与性能指标 8 2.4 试验台总体设计 9 2.5 试验台驱动方案设计分析与对比 11 2.6 本章小结 20 3 滚动直线导轨副精度与摩擦试验台结构设计 21 3.1 床身结构设计 21 3.2 工作台的结构设计 23 3.3 驱动部件结构设计 24 3.4 被测导轨支撑架结构设计与分析 28 3.5 精度与摩擦试验台总体结构 30 3.6 本章小结 30 4 试验台测量分析及硬件选型 31 4.1 精度测量 31 4.2 摩擦力测量 33 4.3 数据测量系统硬件 34 4.4 本章小结 39 结 论 40 (责任编辑：qin) |