CAJ | 학술논문

通过分析机器视觉系统成像环境以及当前市场状况，紧密结合视觉测量系统平台设计的软件技术发展方向，设计了一种具有自学习功能的视觉系统LED光源机构。该机构LED阵列的设计综合了CCD像素的可接受照度以及被测物表面特点等因素，提出了五环八区的新型光源阵列分布结构，并在具体的系统功能设计中采用了虚拟仪器技术，使得该光源机构更智能化，对于提高系统工作速度、效率以及检测精度极具意义。
통과분석궤기시각계통성상배경이급당전시장상황，긴밀결합시각측량계통평태설계적연건기술발전방향，설계료일충구유자학습공능적시각계통LED광원궤구。해궤구LED진렬적설계종합료CCD상소적가접수조도이급피측물표면특점등인소，제출료오배팔구적신형광원진렬분포결구，병재구체적계통공능설계중채용료허의의기기술，사득해광원궤구경지능화，대우제고계통공작속도、효솔이급검측정도겁구의의。
By analying the market performance and the image abstracting environment, and combining vision measuing system, a novel LED lamp system included in a vision measurement is designed in this paper. In the system, the luminance that acceptable for pixel of CCD is so enough that a novel structure with five rings ＆ eight zones is presented. Furthermore, this system adopts the technology of visual instrument, so that this LED lamp control system would be more intelligent and a higher speed, efficiency and measure precision would be obtained.