文章摘要
李三平,杜佳宝,杨春梅,任长清,张庆明,侯玉宁.自动旋转式喷涂机喷涂轨迹优化[J].包装工程,2022,43(1):228-235.
LI San-ping,DU Jia-bao,YANG Chun-mei,REN Chang-qing,ZHANG Qing-ming,HOU Yu-ning.Optimization of Spraying Trajectory of Automatic Rotary Sprayer[J].Packaging Engineering,2022,43(1):228-235.
自动旋转式喷涂机喷涂轨迹优化
Optimization of Spraying Trajectory of Automatic Rotary Sprayer
投稿时间:2021-06-05  
DOI:10.19554/j.cnki.1001-3563.2022.01.029
中文关键词: 漆膜厚度分布  β分布模型  遗传算法  NSGA-Ⅱ算法
英文关键词: film thickness distribution  β distribution model  genetic algorithm  NSGA-Ⅱalgorithm
基金项目:黑龙江省应用技术研究与开发计划(GA19A402);中央高校基本科研业务费专项资金(2572020DR12);中央高校基本科研业务费专项资金(2572014BB06)
作者单位
李三平 东北林业大学哈尔滨 150040 
杜佳宝 东北林业大学哈尔滨 150040 
杨春梅 东北林业大学哈尔滨 150040 
任长清 东北林业大学哈尔滨 150040 
张庆明 东北林业大学哈尔滨 150040 
侯玉宁 东北林业大学哈尔滨 150040 
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中文摘要:
      目的 实现包装生产线上的自动化高效涂装作业,建立待喷涂工件表面的漆膜厚度分布模型,优化喷涂轨迹,求解最佳的喷涂工件的进给速度和自动旋转式喷涂机的旋转速度,实现自动旋转式喷涂机的喷涂轨迹优化。方法 通过自动旋转式喷涂机进行喷涂试验,获得漆膜厚度数据,通过β分布模型表征试验数据,运用Matlab遗传算法工具箱拟合出β分布模型的关键参数。根据自动旋转式喷涂机喷涂过程,确定喷涂轨迹方程,在此基础上建立漆膜厚度搭接模型,通过NSGA-Ⅱ算法求解出最佳的进给速度和喷涂机的旋转速度。结果 根据NSGA-Ⅱ算法进行优化得出被喷涂工件的进给速度为428.849 mm/s,喷涂机的旋转速度为6.22 rad/s,工件的喷涂时间为6.995 s。结论 被喷涂表面的漆膜厚度模型能够准确地反映被喷涂工件表面的实际喷涂情况,能够对自动旋转式喷涂机的喷涂轨迹进行合理优化,为实现包装领域内的自动化涂装作业奠定了基础。
英文摘要:
      The work aims to realize automatic and efficient coating operation on the packaging production line, establish a paint film thickness distribution model on the surface of the workpiece to be sprayed, optimize the spraying trajectory, solve the best feed speed of the workpiece to be sprayed and the rotation speed of the automatic rotary sprayer, and realize the optimization of the spraying trajectory of the automatic rotary sprayer. Firstly, the experimental data on the thickness of the paint film were obtained by the automatic rotary sprayer. The experimental data were characterized by the β-distribution model. Key parameters of the β-distribution model were fitted by the Matlab genetic algorithm toolbox. The spraying trajectory equation was determined according to automatic rotary sprayer spraying process. On this basis, the film thickness lap model was established. The best feed speed and the rotation speed of the sprayer were solved through the NSGA-Ⅱ algorithm. According to optimization with the NSGA-Ⅱ algorithm, the feed speed of the workpiece to be sprayed was 428.849 mm/s, the rotation speed of the sprayer was 6.22 rad/s, the spraying time was 6.995 s. The film thickness model of the sprayed surface can accurately reflect the actual spraying situation of the sprayed surface of the workpiece, and can reasonably optimize the spraying trajectory of the automatic rotary sprayer. It lays a foundation for realizing automatic spraying operations in packaging.
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