细长轴自动检测仪设计及机构模拟设计毕设论文.doc

PAGE  本科毕业论文（设计） 论文题目：细长轴自动检测仪设计及机构模拟 摘 要 本文着重介绍了一种针对细长轴进行检测的实验装置的设计及机构模拟。该装置采用了，液压加紧，齿轮传动，传动分度，滑竿等机械结构，使非接触传感器能够顺利的对细长轴进行全面的测量，并且，齿轮传动分度机构能够使传感器从不同的角度对细长轴进行高精度的测量，并且才用了MSP430单片机为基础附加外围电路设计了智能检测电路，该电路能够准确的控制传感器和分度仪机构周期性运动，实现了对细长轴的精确检测。另外，该检测仪能通过对滑竿的调整针对不同长度的细长轴进行检测。 关键词：细长轴，MSP430，液压加紧，智能检测 Abstract This article focuses on the detection of the experimental setup for slender shaft design and institutional simulation. The device uses hydraulic pressure to step up, the mechanical structure of the gear transmission, indexing, slider, smooth slender shaft of a comprehensive measurement of the non-contact sensor, and the indexing mechanism of the gear transmission to the sensor from a different perspective measurement precision slender shaft, and with the MSP430 microcontroller based on additional peripheral circuit design of intelligent detection circuit, the circuits ability to accurately control the sensors and measuring equipment institutions cyclical movement, the slender shaft accurate detection. In addition, the detector through the detection on the slider, the adjustment for different lengths of slender shaft Keywords: Slender Shaft，MSP430，Hydraulic Pressure To Intensify，Intelligent Detection 目 录  TOC \o 1-3 \h \z \u  HYPERLINK \l _Toc325029232 1 绪论  PAGEREF _Toc325029232 \h 1  HYPERLINK \l _Toc325029233 2 设计方案与设计方法  PAGEREF _Toc325029233 \h 1  HYPERLINK \l _Toc325029234 2.1 机械夹持旋转机构的设计  PAGEREF _Toc325029234 \h 1  HYPERLINK \l _Toc325029235 2.2 电子控制电路的设计  PAGEREF _Toc325029235 \h 2  HYPERLINK \l _Toc325029236 3. 研究的主要内容  PAGEREF _Toc325029236 \h 3  HYPERLINK \l _Toc325029237 3.1总体结构的设计  PAGEREF _Toc325029237 \h 3  HYPERLINK \l _Toc325029238 3.2 机械夹持、旋转机构的设计  PAGEREF _Toc325029238 \h 4  HYPERLINK \l _Toc325029239 3.3 传感器导轨的设计  PAGEREF _Toc325029239 \h 4  HYPERLINK \l _Toc325029240 3.4 测量不同长度的设计  PAGEREF _Toc325029240 \h 6  HYPERLINK \l _Toc325029241 3.5传动分度装置  PAGEREF _Toc325029241 \h 7  HYPER