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摘 要近年来，我国对煤炭能源的需求量越来越大，人们也开始逐渐的关注起了煤矿开采时的安全，对煤炭资源的开采也开始追求安全、高产和高效并存的模式。液压支架是采煤的过程中应用非常多的一个东西，而操纵阀作是液压支架中的最为关键一个控制元件，其性能的优劣直接影响到煤炭开采过程的安全性和开采时的效率。
本文在第一章中先是阐述了研究本论文的意义和目的，然后便简要的介绍了本文所研究的主要方向，并对文章的整体结构做出了一定的说明。最后简单的说明了当前液压支架操纵阀综合实验台在国内外的研究的现状，及其此研究所具有的现实意义。在二章中介绍了先是介绍了试验台需要精确完成的三个试验，然后分别对应的介绍了三个试验内容各自相应的试验方法。在第三章中我们根据国家的相关标准要求，对其液压控制系统进行了一定程度上的创新。把插装阀作为关键的控制元件替代原有液压操控阀，以实现其能够对操纵阀完成大流量试验。最后，本文还详细讲述了整个试验台的安装调试过程，方便读者对其有一定的了解。69194
该论文有图16幅，参考文献30篇。
毕业论文关键词：液压支架 操纵阀 试验台 液压控制系统
Design on hydraulic control system of comprehensive test bed of hydraulic support control valve
Abstract In recent years, China coal energy demand is more and more big, people began to concern the coal mining safety, the exploitation of coal resources have begun to pursuit of safety, high yield and high efficiency coexist mode. Hydraulic support is the important equipment in the process of coal mining, and hydraulic control valve hydraulic support as the key control elements, the advantages and disadvantages of the performance will directly affect the efficiency of the process of coal mining safety and coal mining.
In the first chapter, this paper first describes the significance and purpose of this paper, then briefly introduces the main direction of this paper, and makes a certain description of the overall structure of the article. Finally, a simple description of the current hydraulic support control valve comprehensive experimental platform at home and abroad research status, and the practical significance of this research. In the two chapter, the paper introduces the test bench test requirements, the composition of the test bench, and then briefly describes the main design parameters. In the third chapter, the paper mainly introduces the calculation and design of the hydraulic system of the test bench. According to the relevant standards of our country, the hydraulic control system of our country has been a certain degree of innovation. It is mainly manipulate valves comprehensive test-bed hydraulic system design based on traditional hydraulic support, the disadvantages of the existing was improved the cartridge valve as the key control components to replace the original hydraulic control valve, to achieve its ability to control valve flow capacity test. Finally, the paper also describes the installation and debugging process of the whole test bench, which is convenient for readers to understand.
There are 16 figures and 30 references in this paper.
Key Words: hydraulic support；Control valve；Test bed；Hydraulic control system
目 录
摘要Ⅰ
Abstract-Ⅱ
目录Ⅲ
图清单-Ⅳ
变量注释表-Ⅴ
1 绪论-1
1.1课题综述及其研究意义1
1.2操纵阀试验台的发展概况-2
1.3本章小结4
2 试验台试验内容和整体设计-5
2.1试验台的试验内容和方法-5
2.2试验台的组成5
2.3试验台技术参数-6
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