摘要
高炮射击时身管疵病会对火炮的射击精度和使用安全造成重大影响,应用光机电控制技术和CCD成像技术,结合炮膛结构特点设计了高炮身管疵病探测仪。该装置通过多摄像头组合,实现了360°全景成像,观察内膛表面形貌,对身管内膛表面进行定性及定量检测,具有疵病自动定位、疵病类型自动比对、大小自动测量等功能。系统可在驱动装置的驱动下沿着身管轴线移动,对炮膛表面疵病进行有效地识别和综合评定。
The flaws of barrel of anti-aircraft artillery may influence the accuracy of launching and safety of use during launching. A device of detecting the flaws of artillery barrel is designed using optical-electron-mechanical control technology and CCD imaging technology based on the structure of bore. This device is used to investigate the surface appearance of inner bore through 360 ° panoramic imaging, thereby examining the surface of inner bore qualitatively and quantitatively. It has the functions to position the flaws, compare the types of flaws and measure the sizes of flaws on barrel automatically. The system can be driven to move along the barrel axis, thereby effectively identifying the flaws on bore and making a comprehensive assessment.
出处
《兵工学报》
EI
CAS
CSCD
北大核心
2015年第4期590-594,共5页
Acta Armamentarii
关键词
兵器科学与技术
疵病
探测
高炮身管
CCD
ordnance science and technology
flaw
detecting
anti-aircraft artillery barrel
CCD
