机电工程技术
機電工程技術
궤전공정기술
MACHANICAL & ELECTRICAL ENGINEERING TECHNOLOGY
2014年
2期
37-39,98
,共4页
超声C扫描%水浸式%六轴%自动成像
超聲C掃描%水浸式%六軸%自動成像
초성C소묘%수침식%륙축%자동성상
ultrasonic C-scan%immersion%six-axis%automatic imaging
研制了一种具有六个自由度的水浸超声C扫自动成像系统,可以对平面、圆柱体、复杂曲面零件进行检测。采用IPC作为运动控制的核心处理部分,运动控制卡负责整个运动控制细节,并以C++Builder为工具,开发了具有开放式、通用式、灵活式的运动控制系统软硬件平台。经过实际生产运行证明,该系统稳定可靠,检测的精度高,可重复性好。
研製瞭一種具有六箇自由度的水浸超聲C掃自動成像繫統,可以對平麵、圓柱體、複雜麯麵零件進行檢測。採用IPC作為運動控製的覈心處理部分,運動控製卡負責整箇運動控製細節,併以C++Builder為工具,開髮瞭具有開放式、通用式、靈活式的運動控製繫統軟硬件平檯。經過實際生產運行證明,該繫統穩定可靠,檢測的精度高,可重複性好。
연제료일충구유륙개자유도적수침초성C소자동성상계통,가이대평면、원주체、복잡곡면령건진행검측。채용IPC작위운동공제적핵심처리부분,운동공제잡부책정개운동공제세절,병이C++Builder위공구,개발료구유개방식、통용식、령활식적운동공제계통연경건평태。경과실제생산운행증명,해계통은정가고,검측적정도고,가중복성호。
One six degrees of freedom immersion ultrasonic C-scan automatic imaging system is developed, which can be used to check plane,cylindrical surface and complex curve parts. Using IPC as the hard core of motion control and the motion card that responsible for the motion control details, a software and hardware platform for motion control system that adds openness, flexibility and universality is developed by C++Builder. As proved by the actual operation,the system is stable,high detection precision and good repeatability.