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摘要在现代化社会，好像出现了各种各样的动力执行装置，我们生活周围无形中似乎多了越来越多的东西，液压系统也是我们身边的一种，虽然我们并没有在意，但液压系统的确给我们带来了很多便利，同时也为这个社会带来了一种全新的服务或者说动力。液压相关系统在我们身边还是很常见的，它因为有着自己独特的优点才使得为这个社会做出了自己很大的贡献。西部地区以煤矿居多，因此采煤也就成为了一个新兴并且利润丰厚的行业，因为采煤矿基本上都会用到液压相关装置，液压站便得到了广泛的应用，同时它在其他相关行业和地区都会被投入使用。37720
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我们这次设计研究的是关于矿用钢丝绳摩擦衬垫实验平台，具体的是做为其提供动力执行装置的液压站系统，矿用钢丝绳摩擦衬垫是一个比较值得重视的课题，通过衬垫的辅助作用，我们可以在某种程度上减少试验台所受的摩擦，从而可以为以后投入社会使用带来巨大的效益。而液压站系统是在矿用机械行业使用较多的动力系统，他是现代社会不可或缺的，为我们在各领域都会带来很多好处。
毕业论文关键词：摩擦衬垫、液压站系统、动力装置、实用性
Abstract In modern society, it seems there has been a wide range of power actuators, virtually surrounding our lives seems a more and more things, the hydraulic system is also a side of us, although we did not care, but the hydraulic system does It brought us a lot of convenience, but also brought a new impetus to the service or the community. Hydraulic related systems all around us is still very common, because it has its own unique advantages that makes this society has made its own significant contribution. The majority of those western regions to the coal mine, so mining has become a new and lucrative industry because coal mining is essentially related devices will be used in hydraulic, so he blame has been widely used, also exists in other areas a lot of similar examples.
The design of our study is about the steel rope friction pad experimental platform specifically made to provide hydraulic actuators power station systems, steel rope friction pad is a more important issue worth by liner a supporting role, we can reduce the friction test bench in a way which can bring huge benefits for the future into the community to use. The hydraulic system is in mine power systems use more machinery industry, he is indispensable to modern society, as we bring a lot of benefits in all areas will be.
Keywords: friction pad、 hydraulic systems、power plant、 practicality
目录
摘要 1
Abstract 2
第一章 前言 3
1.1液压的产生发展 3
1.2液压系统的构成元素 3
1.3液压传动系统的主要特点 3
1.4 液压站相关介绍以及工作原理 4
第二章 液压系统的设计程序步骤 5
2.1设计计算步骤 5
2.2掌握技术需求 6
2.3执行装置的比较与选择 6
2.4液压系统力的分析和运动分析 7
2.4.1力的分析计算 7
2.4.2运动速度状态 8
2．5分析确定液压系统原理图 8
2.5.1供油方式 8
2.5.2回路压力稳定的选择控制 8
2.6液压系统图的设计 9
2.6.1液压缸动作循环过程 9
第三章 确定及选择液压站相关参数与元件 10
3．1 液压缸参数的确定与选择 10
3.1.1初步确定液压缸所需压力 10