液压支架立柱和千斤顶试验台加载框架设计+CAD图纸
（1）确定液压支架立柱和千斤顶试验台加载框架的总体方案。根据任务书及液压支架立柱和千斤顶试验各个项目的要求，通过比较法等方法，确定此试验台加载框架的总体结构方案。 35717
（2）进行液压支架立柱和千斤顶试验台加载框架各主要部件的设计，确定各主要部件的关键参数。主要进行左右两主梁、插拔销、插拔液压缸、牵引液压缸、移动挡块、移动小车、加载球头等部件的设计，并经过强度计算、校核确定其相关参数，运用CAD软件进行相关装配图和零件图的绘制。
（3）设计了液压支架立柱和千斤顶试验台加载框架的安装和调试工艺。
【毕业论文关键词】液压支架；立柱和千斤顶；加载框架；设计与计算
Design on test-bed load frame of hydraulic support columns and jack
【Abstract】 Hydraulic support in coal mine production is a supporting equipment, play a key role in column and the jack as the main component of hydraulic support, but also has an important position, but the pillar and the jack testing equipment currently has a lot of problems. This topic to solve these problems, the hydraulic support column and the jack stand loading framework design, makes the test stand on the pillar and jack detection more meaningful. Paper mainly completed the following content: (1) determine the hydraulic support column and jack the overall scheme of the test bed load framework. According to the specification and hydraulic support columns and jack test various requirements of the project, through the methods of comparative law, determine the overall structure of the loading test bed frame. (2) the hydraulic support column and jack test-bed of major parts of a loading frame design, determine the key parameters of major parts of. For around two main girder, plug pin, plug, traction hydraulic cylinder hydraulic cylinder, mobile block, the design of the mobile car, loading etc, and after the strength calculation and checking to determine the related parameters, using CAD software to draw the relevant assembly drawing and part drawing. (3) design the hydraulic support column and jack test-bed load frame installation and debugging process.
【Keywords】 hydraulic support; loading frame; post and jack；design and calculation
目录
摘要Ⅰ
AbstractⅡ
第一章绪论1
1.1课题的研究背景1
1.2液压支架试验台国内外研究发展状况1
1.3课题的研究意义5
1.4课题的主要研究内容5
1.5小结6
第二章试验台加载框架总体结构方案设计7
2.1液压支架立柱和千斤顶试验台试验项目7
2.2设计技术参数8
2.3拟定试验台加载框架总体方案8
2.4小结11
第三章试验台加载框架各主要部件设计计算12
3.1左右两主梁材料的选择与尺寸的确定12
3.2插拔销材料的选择与计算14
3.3销孔套和加强板的计算15
3.4移动梁的设计与计算17
3.5插拔液压缸的设计与计算18
3.6牵引液压缸的设计与计算22
3.7移动小车的设计与计算25
3.8加载球头的设计与计算27
3.9移动挡块的设计与计算29
3.10小结29
第四章安装调试工艺设计30
4.1安装前的准备工作30
4.2安装时的注意事项30
4.3试验台加载框架的安装30