10 kV开关柜装配线物料配送的仿真与优化
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摘要
针对10 kV开关柜生产不能满足订单需求,生产过程物料配送不顺畅的问题,基于QUEST软件对10 kV开关柜装配线进行物料配送仿真与优化。在分析10 kV开关柜装配工序、装配特点及物料配送现状的基础上,提出10 kV开关柜装配线仿真模型的构建方法,建立包括并行装配工序、装配工序优先级、参数逻辑关系等在内的10 kV开关柜仿真逻辑模型,基于实际生产数据对物料配送问题进行分析与优化。对比优化前后10 kV开关柜装配线物料配送的数据,确认优化效果良好。
Aiming at the problem that the production of 10 kV switchgear cannot meet the order requirements and the logistics distribution is not smooth in the production process, the logistics distribution simulation and optimization of 10 kV switchgear assembly line were carried out based on QUEST software.Based on the analysis of the assembly process, assembly characteristics and logistics distribution status of 10 kV switchgear, the construction method of the simulation model of 10 kV switchgear assembly line was put forward. The simulation logic model of 10 kV switchgear including the parallel assembly process, the priority of assembly process and the logical relationship of parameters etc. was established. Based on the actual production data, the logistics distribution problem was analyzed and optimized. Comparing the logistics distribution data of 10 kV switchgear assembly line before and after optimization, it is confirmed that the optimization effect is good.
Aiming at the problem that the production of 10 kV switchgear cannot meet the order requirements and the logistics distribution is not smooth in the production process, the logistics distribution simulation and optimization of 10 kV switchgear assembly line were carried out based on QUEST software.Based on the analysis of the assembly process, assembly characteristics and logistics distribution status of 10 kV switchgear, the construction method of the simulation model of 10 kV switchgear assembly line was put forward. The simulation logic model of 10 kV switchgear including the parallel assembly process, the priority of assembly process and the logical relationship of parameters etc. was established. Based on the actual production data, the logistics distribution problem was analyzed and optimized. Comparing the logistics distribution data of 10 kV switchgear assembly line before and after optimization, it is confirmed that the optimization effect is good.
引文
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[3]王俊元,曾志强,王媛,等.某企业磁极铁芯生产线仿真优化[J].组合机床与自动化加工技术, 2018(2):131-135.
[4]黄鹏鹏,李南,伍松松,等.基于精益生产下仿真技术在装配线上的应用[J].价值工程, 2018(16):264-268.
[5]王昀睿.某汽车制造公司生产物流系统仿真与优化[J].现代制造工程, 2017(10):59-62.
[6]林智星.数字化工厂面向生产系统规划的仿真应用[J].工程技术(文摘版), 2017(13):269.
[7]贾艳,李晋航.离散制造执行系统的仿真教学设计与实现[J].机械设计与制造,2017(4):269-272.
[8]邹鹏程,朱文华,陈九龙.基于3DVIA Studio的生产线仿真研究[J].工业控制计算机, 2013, 26(8):38-39.
[9]郑晓远,祁黎明,谢娟,等.一种真空断路器装配生产线的建模方法:201310407864.0[P].2014-02-19.
[10]陆峰峰.高压断路器系统建模与仿真研究[D].南京:南京理工大学, 2014.
[11]吴征,张耀庭,项薇.制笔企业车间物料规划管理改善研究[J].机械制造,2017,55(12):21-24.