增压回路实验装置设计
摘要
压力控制回路是以压力控制阀来控制整个液压系统或局部油路工作压力，使之完成特定功能的回路，是液压基本回路的重要组成部分。对于液压基本回路的实验台的设计，能使我们更好的掌握液压基本原理，并且对设计的一般步骤与方法有更好的掌握
本文阐述了增压回路实验台的设计，主要对工作原理、结构组成、参数计算等发面做了详细的分析与研究，得出一套较为合适的方法来设计实验台。主要通过查阅相关资料，应用相关公式，从而对油箱进行选择，然后来选择液压站的动力装置，确定电机与泵的安装方式，最后在根据原理图以及各项参数来进行管路与管接头的选择，从而完成整个设计。
论文首先综述了国内外液压技术的研究进展及研究现状、分析课题的研究背景、阐述课题研究的意义和内容。然后重点从原理设计、各回路的功能分析与选择入手，从而选择液压元件，计算其性能是否符合指标，最后在校核温升。
关键词：液压；基本回路；增压回路；实验台

Booster circuit experiment device design
Abstract
Pressure control loop that is used pressure control valve to control the hydraulic system is an important part of the basic hydraulic circuit. So as to complete the specific function of the loop, it is very helpful for us to learn it. For the hydraulic basic circuit experiment design, it will enable us to better grasp the basic hydraulic principle and the design’s general steps and methods.
This article expounds the booster circuit experiment platform design, mainly on the working principle, structure, parameter calculation etc. It makes a detailed analysis and research and a set of more suitable method to design test bench. Mainly through accessing relevant information, applying related formula to choose and to calculate the fuel tank, to choose the hydraulic station power device and to determine the motor and pump installation. At last according to the principle and parameters of pipeline and pipe joints selection, I complete the design.
First it summarizes the hydraulic technology，abroad research progress and research current situation. Also, I analyse the research background, the research significance and contents. Then I focus on the principles of design, namely from the loop function analysis and selection of hydraulic components in the selection, calculation of its performance. At last I analysis its temperature index.
Key Words: Hydraulic pressure；Basic loop；Booster circuit；Experimental station