摘  要支护设备是由煤矿开采的，该设计的重要设备就是单体液压支柱。煤矿的安全生产，不仅是技术的考验，也是产品的创新。为了安全，就要选择高质量的产品。那么这种产品就是单体液压支柱。这也是各大厂商所一直研究的问题。69593

根据国内外研究现状，和近年来在国内外的发展研究水平，我完成了本次设计。首先介绍了关于本次设计所实施的方案，简述了系统的组成、特点和原理。对于产品的规格、型号，和相关的元器件，我也进行了分析。最后，根据各个部分的综合分析，确定了符合本次设计的配件。

然后介绍了单片机的硬件和软件设计，包括了很多的电路。没有电路，就不会有电压。没有电压就不会有电流。没有复位电路，就无法将数据读出和输入。没有信号处理电路，就无法将信号转换等等。有了他们，就更容易检测。使用起来也更加方便可靠。

最后简单的说明了检测仪的安装调试，也把里面经常出现的问题简要的叙述了。

该设计有图24幅，表4个，参考文献30篇。

毕业论文关键词：单体支柱  密封质量  单片机  传感器

Design On Sealing Quality Inspection System Of Hydraulic Prop

Abstract Support equipment is made up of coal mining, the design is the important equipment inpidual hydraulic prop. Coal mine production safety, not only is the test technology, and innovation of the products. For safety, we should choose high quality products. This product is inpidual hydraulic prop. This is the big players have been research problems. 

According to the research status at home and abroad, and the level of development and research at home and abroad in recent years, I completed the design. This design first introduced about the implementation of scheme, this paper briefly describes the composition, characteristic and principle of the system. For the product specification, type, and related components, I also was analyzed. Finally, according to the comprehensive analysis of all parts, identified in accordance with the design of the parts. 

And then introduces the single chip microcomputer hardware and software design, including a lot of circuit. No circuit, there will be no voltage. No voltage there would be no current. No reset circuit, will not be able to read and input the data. There could be no signal processing circuit, signal conversion, and so on. Of them, it would be easier to test. Use rise more convenient also reliable. 

Finally simply illustrates the installation and debugging of detector, also often appears the problem is described in brief. 

Key words: Hydraulic prop  Sealing quality  SCM  Sensor

目 录

摘要...Ⅰ

Abstract...Ⅱ

目录...Ⅲ

图清单...Ⅵ

表清单...Ⅵ

1 绪论 1

1.1 课题提出的意义 1

1.2 目前的研究状况 2

1.3 本课题研究的主要内容 4

1.4 本章小结 5

2 系统结构和工作原理 6

2.1 系统的方案选择 6

2.2 系统的结构及特点 6

2.3 系统的工作原理 6

2.4 本章小结 7

3 主要硬件的选型 8

3.1 单片机的选型 8

3.2 传感器的选型 9

3.3 通信接口的选型