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Gravable Printing Plate Surface Defect Intelligent Detection Method

机译:凹版印刷版表面缺陷智能检测方法

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The author visited many gravure printing plate-making enterprises in China and found that in the fierce market competition environment, enterprises have gradually changed their approaches to improving their competitiveness. They used to upgrade their competitiveness by purchasing high-value automation equipment and other heavy assets, and they gradually changed to purchase or upgrade enterprise operation management system software and improve employees' abilities. The core competitiveness has been improved by improving the soft power of knowledge structure, or by continuously optimizing the technology and carrying out the "equipment substitution program". In such a case, the development and productization of "gravity plate surface defect intelligent detection system" has attracted the attention of many gravure printing companies domestically and overseas, and has great market prospects. The detection system is divided into five modules, namely the plate roller bearing module, the plate roller wiping module, the scanning detection module, the coding mark module, and the system control module. The plated roll is loaded onto the inspection device, and every module are at the working state from the initial state. The surface wipe module starts working, after which the scan detection module starts the first scan. By software calculation, non-defects are excluded from suspected defects, and true defects are confirmed. The coding mark module marks the real defects, and after the detection and coding process are finished, every module returns to the initial position. The plate roller is removed from the inspection device to complete the inspection task.
机译:作者走访了中国许多凹版印刷制版企业,发现在激烈的市场竞争环境下,企业逐渐改变了提高竞争力的方法。他们过去通常通过购买高价值的自动化设备和其他重型资产来提高竞争力,后来逐渐购买或升级企业运营管理系统软件并提高了员工的能力。通过提高知识结构的软实力,或者通过不断优化技术并执行“设备替代计划”,可以提高核心竞争力。在这种情况下,“重力板表面缺陷智能检测系统”的开发和产品化吸引了国内外许多凹版印刷公司的关注,并具有广阔的市场前景。检测系统分为五个模块,分别是印版辊轴承模块,印版辊擦拭模块,扫描检测模块,编码标记模块和系统控制模块。电镀辊被装载到检查装置上,并且每个模块从初始状态开始处于工作状态。表面擦拭模块开始工作,然后扫描检测模块开始第一次扫描。通过软件计算,从可疑缺陷中排除了无缺陷,并确定了真正的缺陷。编码标记模块标记实际缺陷,检测和编码过程完成后,每个模块都返回到初始位置。从检查设备上卸下印版辊以完成检查任务。

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