基于Python多段摆动式抛光机仿真软件的开发与应用  

Development and Application of Python Based Multi-stage Oscillating Polishing Machine Simulation Software

作　　者：隋旭东 杨振恒 韩文 詹新平 彭威 SUI Xu-Dong;YANG Zhen-Heng;HAN Wen;ZHAN Xin-Ping;Peng Wei(Keda Industrial Group Co.,Ltd,Foshan 528313,Guangdong,China;Jingdezhen Ceramic University,Jingdezhen 333403,Jiangxi,China)

机构地区：[1]科达制造股份有限公司,佛山528313 [2]景德镇陶瓷大学,景德镇333403

出　　处：《佛山陶瓷》2024年第11期53-57,共5页Foshan Ceramics

摘　　要：因多段抛光磨头的轨迹覆盖信息无法直接观测到,在瓷砖规模化抛光之前往往需要多次调试其抛光工艺参数,极大地降低了生产效率。为此,本文基于Python语言构建了抛光磨头的轨迹中心线和抛光效果预测模型,通过拓展软件包实现了轨迹组合、轨迹覆盖和抛光效果预测的可视化。通过与实际生产抛光参数的抛光效果进行对比,结果表明,抛光效果的预测情况和实际抛磨后瓷砖表面的光泽度分布规律一致,本仿真模型及软件为生产实际人员提供了一个参数调试工具,能有效提高实际生产转产的效率。The trajectory coverage information of multi-segment polishing heads is often not directly observable,necessitating multiple adjustments to polishing process parameters before large-scale tile polishing can proceed,significantly reducing production efficiency.To address this issue,this paper presents a model for predicting the trajectory centerlines and polishing effects of polishing heads based on Python.By extending software packages,the model enables the visualization of trajectory combinations,trajectory coverage,and polishing effect predictions.A comparison with the polishing effects observed under actual production parameters demonstrates that the predicted polishing effects align with the gloss distribution patterns on the tile surfaces after polishing.This simulation model and software provide production personnel with a parameter adjustment tool,effectively enhancing the efficiency of production transitions.

关 键 词：多段摆抛光机 仿真软件 PYTHON Pyside 

分 类 号：TP391.9[自动化与计算机技术—计算机应用技术] TQ174.6[自动化与计算机技术—计算机科学与技术]