基于UML的硅钢片数控横剪线加工系统建模
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摘要
分析了硅钢片数控横剪线的工作原理,采用UML构建硅钢片数控横剪线加工系统,实现对不同规格的硅钢片进行一次性冲剪加工的功能。采用用例图分析了软件系统的功能需求;采用类图分析了软件系统各个模块之间的静态关系;采用状态图和序列图等动态分析方法分析了软件系统的控制流程和人机界面的控制状态,提高了加工系统的质量和效率。利用UML技术实现加工系统的分析、建模和面向对象设计,有利于提高硅钢片数控横剪线加工系统的开放性、重构性。并采用基于Solid Works的片形仿真以及输出的加工数据来验证了硅钢片数控横剪线加工策略可行性和数据准确性,以及加工的高效性。
Analyzes the working principle of the silicon steel sheet CNC transverse shear line. Using UML to develop a processing system of silicon steel sheet CNC transverse shear line,which achieved the function of Punching processing for different kinds of silicon steel sheet. Using case diagram to analyze the function requirement of the software system. Using class diagram to analyze the static relationship between each module of software system. Using the sequence diagram and state diagram respectively to analyze the control flow and states of HMI(Human Machine Interface),which improved the quality and efficiency of the processing system. The analysis modeling and oriented-design of the system were conducted by using UML to make the system more open and reconstructed. Using the slice simulation of Solid Works and the output processing data to verify the feasibility and data accuracy as well as the high efficiency of the silicon steel sheet CNC transverse shear line.
Analyzes the working principle of the silicon steel sheet CNC transverse shear line. Using UML to develop a processing system of silicon steel sheet CNC transverse shear line,which achieved the function of Punching processing for different kinds of silicon steel sheet. Using case diagram to analyze the function requirement of the software system. Using class diagram to analyze the static relationship between each module of software system. Using the sequence diagram and state diagram respectively to analyze the control flow and states of HMI(Human Machine Interface),which improved the quality and efficiency of the processing system. The analysis modeling and oriented-design of the system were conducted by using UML to make the system more open and reconstructed. Using the slice simulation of Solid Works and the output processing data to verify the feasibility and data accuracy as well as the high efficiency of the silicon steel sheet CNC transverse shear line.
引文
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[10]周伟,谢存禧.基于UML建模的喷涂机器人控制系统的设计[J].机械设计与制造,2009(1):165-166.(Zhou Wei,Xie Cun-xi.Design of a spray robot control system based on UML modeling[J].Mechanical Design and Manufacturing,2009(1):165-166.)
[2]郭健,林鹤云.变压器阶梯接缝铁心的损耗计算[J].东南大学学报:自然科学版,2007(1):60-63.(Guo Jian,Lin He-yun.The loss of the iron core of transformer steps[J].Journal of Southeast University:natural Science,2007(1):60-63.)
[3]张朋.HJ-400/2500A型变压器铁芯横剪线关键控制技术的设计与实现[D].济南:山东大学,2014.(Zhang Peng.The design and implementation of key control technology for the HJ-400/2500A transformer core’s transverse shear line[D].Jinan:Shandong University,2014.)
[4]杨丰萍.统一建模语言UML及其支持工具[J].华东交通大学学报,2000(3):25-28.(Yang Feng-ping.Unified modeling language UML and its supporting tools[J].Journal of East China Jiaotong University,2000(3):25-28.)
[5]涂荣军.基于UML的线切割数控系统可视化建模[J].南昌大学学报:理科版,2008(1):93-95+99.(Tu Rong-jun.Visual modeling of Linear cutting CNC systems based on UML[J].Journal of Nanchang University:Science Edition,2008(1):93-95+99.)
[6]时兵,金烨,程松.基于UML的一种开放式数控软件系统建模与界面实现研究[J].制造技术与机床,2008(3):41-46.(Shi Bing,Jin Ye,Cheng song.Modeling and interface implementation of an open CNC software system based on UML[J].Manufacturing Technology and Machine Tool,2008(3):41-46.)
[7]郭婧,吴军华.面向方面的UML建模[J].计算机工程与设计,2011(12):4260-4264.(Guo Jing,Wu Jun-hua.Modeling for aspects of UML[J].Computer Engineering and Design,2011(12):4260-4264.)
[8]Hihat N,Napieralska-Juszczak E,Lecointe J P.Computational and experimental verification of the equivalent permeability of the step-lap joints of transformer cores[C].Iet,International Conference on Computation in Electromagnetics.IET,2008:38-39.
[9]李菱,赵智鹏.基于Wincc的横剪生产线控制软件设计[J].微计算机信息,2007(4):15-16+62.(Li Ling,Zhao Zhi-peng.Design of control software for transverse shear line based on Wincc[J].Microcomputer Information,2007(4):15-16+62.)
[10]周伟,谢存禧.基于UML建模的喷涂机器人控制系统的设计[J].机械设计与制造,2009(1):165-166.(Zhou Wei,Xie Cun-xi.Design of a spray robot control system based on UML modeling[J].Mechanical Design and Manufacturing,2009(1):165-166.)