机电工程技术
機電工程技術
궤전공정기술
MACHANICAL & ELECTRICAL ENGINEERING TECHNOLOGY
2014年
1期
60-62
,共3页
金相显微组织%图像采集和显示%ARM%S3C2440%Windows CE
金相顯微組織%圖像採集和顯示%ARM%S3C2440%Windows CE
금상현미조직%도상채집화현시%ARM%S3C2440%Windows CE
metallographic microscopic structure%image acquisition and display%ARM%S3C2440%Windows CE
为实现电网和发电厂大型金属工件的金相显微组织分析，设计基于S3C2440嵌入式硬件平台和Windows CE 6.0操作系统的金相显微组织图像采集和显示系统。详细阐述了该系统的总体设计、硬件框架、软件框架和人机交互界面设计。实验结果表明，该系统获取的金相组织显微图像清晰，并且具有性能稳定、体积小、便携和成本低等优点。
為實現電網和髮電廠大型金屬工件的金相顯微組織分析，設計基于S3C2440嵌入式硬件平檯和Windows CE 6.0操作繫統的金相顯微組織圖像採集和顯示繫統。詳細闡述瞭該繫統的總體設計、硬件框架、軟件框架和人機交互界麵設計。實驗結果錶明，該繫統穫取的金相組織顯微圖像清晰，併且具有性能穩定、體積小、便攜和成本低等優點。
위실현전망화발전엄대형금속공건적금상현미조직분석，설계기우S3C2440감입식경건평태화Windows CE 6.0조작계통적금상현미조직도상채집화현시계통。상세천술료해계통적총체설계、경건광가、연건광가화인궤교호계면설계。실험결과표명，해계통획취적금상조직현미도상청석，병차구유성능은정、체적소、편휴화성본저등우점。
In order to meet the requirements of metallographic microscopic structure analysis for the large metal workpieces of power grid and power plant, the image acquisition and display system for metallographic microscopic structure was designed based on S3C2440 embedded hardware platform and Windows CE 6.0 operating system. The design idea of the system architecture, hardware frame, software frame and man-machine interface is introduced in detail. The experiment result shows that the image acquisition and display of metallographic microscopic structure is clear,and the system has the advantages of stable performance,small volume,portable and low cost,etc.
