矿用钢丝绳摩擦衬垫实验平台支撑系统设计+CAD图纸
由于对矿山提升机设备的安全性要求越来越高，要求设计出一种新型矿井提升支撑系统来满足工作的需要，其中包括立柱高度与宽度的确定与空间位置的分布，激振器的选型以及其内部零件的组成、T型导轨的材质选用与形状的设计、U型凹槽承受力的校核等等。在当今时代的快速发展之下，随着国内矿山开采大型化、成套化的发展趋势日渐加强，对矿井提升机设备的需求也日益增多，尤其是对单绳摩擦式矿井提升机的应用越来越广泛。在矿山生产过程中，提升设备所占地位非常突出，它不仅直接影响到矿井整个生产运行的安全性，也直接影响人类的生命和财产安全。因此，提升机的安全运行及支撑系统有效的设计地位显得非常重要。26160
毕业论文关键词：矿井提升机；支撑系统；组成；设计；安全性；
Abstract：Summary of design content mainly single rope winding type mine hoist supporting system of the composition, structure, properties and application status. Introduces the whole transformation, system update, or update scheme, construction method and process of reform can provide reference for hoist support system design and using for reference. Mining enterprises should seize the modern policy, according to relevant laws, regulations and national standards, complete the modification or update mine hoist single rope winding of the wire rope supporting system, improve the work efficiency of mine hoist.
Due to the safety of the mine hoist equipment demand is higher and higher, the requirement to design a new type of mine support system to meet the needs of work, including the determination of column height and width and space position distribution, the selection of vibrator and the composition of its internal parts, T guide the design, material selection and shape of a u-shaped groove tolerance of checking and so on. In today's era of rapid development, with the development of the domestic mining large-scale, specialized trend intensified, demand for mine hoist equipment is also increasing, especially the application of single rope friction increase more and more widely. In the process of mine production, the role lifting equipment is very prominent, which not only directly affect the safety of the whole production run of mine, also directly affect human life and property safety. Therefore, the safety of the hoisting machine operation and effective design support system status is very important.
KeyWord：Mine hoist support system composition design safety
目录
摘要 1
Abstract 2
第1章 绪论 3
1.1 简介 3
1.2 技术领域 3
1.3 技术背景 4
1.4课题任务 4
第2章 支架选取 5
2.1 概论 5
2.1.1 简介 5
2.1.2 分类 6
2.1.3 缺点 6
2.1.4 发展趋势 7
2.2 组成 7
2.3 支架尺寸的确定 8
2.3.1 支架的纵向高度 8
2.3.2 支架的间距 9
2.3.3 支架的宽度 9
第3章 U型凹槽设计 11
3.1 弯曲的概念与应用 11