航天机电伺服系统产品系列化产品化技术研究
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摘要
本文通过对航天机电伺服系统产品的系列化和产品化分析,开展了航天机电伺服系统的系列化、产品化体系研究,完成了机电伺服产品型谱建设、多角度多维度货架平台研究与建设、通用产品式组件的通用设计准则研究与建设,以及产品综合试验方法与平台建设;便于进一步提高航天机电伺服系统产品的系列化和产品化进程,同时便于跨领域产品应用拓展。通过关键技术研究和实际应用技术研究,以产品、专业为主线对设计、工艺、生产、试验进行产研一体化的整合,以快速提高研发能力和产品配套能力、缩短研制周期和提高成熟度为目的,大大提高航天机电伺服产品的研制进程和产品质量一致性。
According to the analysis and study of the Product Serialization and Productization of the Aerospace Electromechanical Servo System,the paper researched the Electromechanical Servo System product spectrum;multiangle and multidimension Platform;the universal product-oriented component design criteria;the comprehensive method and platform construction.The research aimed to increase the Product Serialization and Productization process of the Aerospace Electromechanical Servo System,and realize the cross-domain application development.Based on the key technology and the application study,the production and research integration is developed by the design,process,produce and test management,to improve the development ability and product matching capacity rapidly,shorten the development cycle,raise the achievement maturity degree,accelerate the engineering system development pattern and ensure the product quality conformance greatly.
According to the analysis and study of the Product Serialization and Productization of the Aerospace Electromechanical Servo System,the paper researched the Electromechanical Servo System product spectrum;multiangle and multidimension Platform;the universal product-oriented component design criteria;the comprehensive method and platform construction.The research aimed to increase the Product Serialization and Productization process of the Aerospace Electromechanical Servo System,and realize the cross-domain application development.Based on the key technology and the application study,the production and research integration is developed by the design,process,produce and test management,to improve the development ability and product matching capacity rapidly,shorten the development cycle,raise the achievement maturity degree,accelerate the engineering system development pattern and ensure the product quality conformance greatly.
引文
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[10]梁忠权,尹超.复杂机电产品关键装配工序物料质量损失评估及预警方法.新型工业化,2013,09:29-40.LIANG Zhongquan;YIN Chao.Evaluation and Early Warning Method of Key Assembly Process Materials Quality Loss for Complex Electromechanical Products.The Journal of New Industrialization,2013,09:29-40.
[11]GUO Yang,QU Wan xia.Coverage driven test generation framework f or RT L functional verification[C]//Proceedings of the 10th IE EE International Conference on Computer Aided Design and Computer Graphics.Washington,D.C.,USA:IEEE,2007:321-326.
[12]刘康,蒋晓,李世国.产品交互设计中反馈机制的应用[J].包装工程,2009,30(4):124.Liu Kang,Jiang Xiao,Li Shiguo.Application of Feedback Mechanism in Product Interaction Design[J].Packaging engineering,2009,30(4):124.
[13]Jeff Johnson.Designing with the Mind in Mind[M].Morgan Kaufmann Press,2010.
[14]刘天湖,陈新,陈新度,等.基于部件接口矩阵和设计结构矩阵的机电产品研发项目规划方法.中国机械工程,2006,11:1142-1147.Liu Tianhu,Chen Xin,Chen Xindu,et al.Interface Matrix and DSM Based Project Programming of Electromechanical Product.China Mechanical Engineering.2006.11:1142-1147.
[15]谌炎辉,周德俭,袁海英,等.复杂产品的最小最大划分模块化方法[J].计算机集成制造系统,2012,1:9-14.CHEN Yan-hui,ZHOU De-jian,YUAN Hai-ying,et al.Min-max partition modularity method of complex product.Computer Integrated Manufacturing Systems,2012,01:9-14.
[16]李中凯,程志红,程刚.复杂机电产品柔性平台模块化再设计集成方法.计算机集成制造系统,2012,08:1810-1818.LI Zhong-kai,CHENG Zhi-hong,CHENG Gang.Integrated method of flexible platform modular redesign for complex mechatronics products.Computer Integrated Manufacturing Systems,2012,08:1810-1818.
[17]吕利勇,乔立红,王田苗.面向产品生命周期的产品模块化分解方法研究[J].计算机集成制造系统,2006,4:546-551.LV Li-yong,QIAO Li-hong,WANG Tian-miao.Research on product modularity method for product life cycle.Computer Integrated Manufacturing Systems,2006,04:546-551.
[18]高扬,廖文和,郭宇,等.复杂机电产品刚柔混合装配仿真技术研究.制造业自动化,2016,12:126-129.GAO Yang,LIAO Wen-he,GUO Yu,et al.Research on assembly simulation technology of rigid-flex model in complex electromechanical products.Manufacturing Automation,2016,12:126-129.
[19]张根保,卢华军.机电产品设计过程中的成本估算与控制方法研究.制造技术与机床,2011,03:119-123.ZHANG Genbao,LU Huajun.Study on cost estimation and control for the design stage of electromechanical products.Manufacturing Technology&Machine Tool,2011,03:119-123.
[20]唐竞.柔性脉动装配单元在航空机电产品中的应用.航空制造技术,2013,20:121-127.Tangjing.Application of Flexible Pulse Assembly Unit in Aviation of Electromechanical Product.Aeronautical Manufacturing Technology,2013,20:121-127.
[21]李佐政.复杂机电产品模块化设计若干关键技术及运用.智能城市,2016,01:137-138.Li Zuozheng.Key technologies and the application in modular design of complex electromechanical products.Intelligent City,2016,01:137-138.
[2]许翰锐,冯豫韬.机电产品设计的知识产权战略与标准化战略研究.机电产品开发与创新.2008,03:36-38.XU Han-Rui,FENG Yu-Tao.Research of Intellectual Property Right Strategy and Standardization Strategy in the Field of Machinery&Electrical Products Design.Development&Innovation of Machinery&Electrical Products,2008,03:36-38.
[3]范守文,熊静琪,邵旭光,等.机电产品的可验证设计系统及其实现框架.计算机集成制造系统,2010,06,1151-1157.FAN Show-wen,XIONG Jing-qi,SHAO Xu-guang,et al.Verifiable design system&its implementation framework for electro-mechanical products,Computer Integrated Manufacturing Systems,2010,06:1151-1157.
[4]唐勇,王广勇.基于系统层次分析法的机电产品性价分析.机械管理开发,2009,05:47-48.TANG Yong,WANG Guang-yong.System Analytic Hierarchy Process Method for Electromechanical Products Evaluation.Mechanical Management and Development,2009,05:47-48.
[5]牛东方,邓明,钟莹.机电产品的人机交互体系研究.控制工程,2013,02:317-319.NIU Dong-fang,DENG Ming,ZHONG Ying.Research on the System of Human-Machine Interaction for Electromechanical Products.Control Engineering of China,2013,02:317-319.
[6]喻华,曲旭,任峰,等.基于PDM系统的机电产品数字化协同设计平台.兵工自动化,2015,12:20-25.Yu Hua,Qu Xuguang,Ren Feng,et al.Electromechanical Product Digital Cooperation Design Platform Based on PDM System.Ordnance Industry Automation,2015,12:20-25.
[7]张秀芬,胡志勇,蔚刚,等.机电产品可拆卸设计方法研究综述.机械工程师,2013,06:8-10.ZHANG Xiu-fen,HU Zhi-yong,YU Gang,et al.A Survey about the Study of Disassembly Design for Electromechanical Products.Mechanical Engineer,2013,06:8-10.
[8]罗赓,穆希辉,杨振海,等.某装备系统机电产品贮存可靠性评估方法.火力与指挥控制,2015,04:176-180.LUO Geng,MU Xi-hui,YANG Zhen-hai,et al.Study on Estimating Method for Storage Reliability of Electromechanical Products in Equipment System.Fire Control&Command Control,2015,04:176-180.
[9]费逸超,尹超,甘德文.复杂机电产品装配过程生产任务全生命周期管理系统.新型工业化,2013,07:30-39.FEI Yichao,YIN Chao,GAN Dewen.Production Task Lifecycle Management System for Assembly Process of Complex Electromechanical Products.The Journal of New Industrialization,2013,07:30-39.
[10]梁忠权,尹超.复杂机电产品关键装配工序物料质量损失评估及预警方法.新型工业化,2013,09:29-40.LIANG Zhongquan;YIN Chao.Evaluation and Early Warning Method of Key Assembly Process Materials Quality Loss for Complex Electromechanical Products.The Journal of New Industrialization,2013,09:29-40.
[11]GUO Yang,QU Wan xia.Coverage driven test generation framework f or RT L functional verification[C]//Proceedings of the 10th IE EE International Conference on Computer Aided Design and Computer Graphics.Washington,D.C.,USA:IEEE,2007:321-326.
[12]刘康,蒋晓,李世国.产品交互设计中反馈机制的应用[J].包装工程,2009,30(4):124.Liu Kang,Jiang Xiao,Li Shiguo.Application of Feedback Mechanism in Product Interaction Design[J].Packaging engineering,2009,30(4):124.
[13]Jeff Johnson.Designing with the Mind in Mind[M].Morgan Kaufmann Press,2010.
[14]刘天湖,陈新,陈新度,等.基于部件接口矩阵和设计结构矩阵的机电产品研发项目规划方法.中国机械工程,2006,11:1142-1147.Liu Tianhu,Chen Xin,Chen Xindu,et al.Interface Matrix and DSM Based Project Programming of Electromechanical Product.China Mechanical Engineering.2006.11:1142-1147.
[15]谌炎辉,周德俭,袁海英,等.复杂产品的最小最大划分模块化方法[J].计算机集成制造系统,2012,1:9-14.CHEN Yan-hui,ZHOU De-jian,YUAN Hai-ying,et al.Min-max partition modularity method of complex product.Computer Integrated Manufacturing Systems,2012,01:9-14.
[16]李中凯,程志红,程刚.复杂机电产品柔性平台模块化再设计集成方法.计算机集成制造系统,2012,08:1810-1818.LI Zhong-kai,CHENG Zhi-hong,CHENG Gang.Integrated method of flexible platform modular redesign for complex mechatronics products.Computer Integrated Manufacturing Systems,2012,08:1810-1818.
[17]吕利勇,乔立红,王田苗.面向产品生命周期的产品模块化分解方法研究[J].计算机集成制造系统,2006,4:546-551.LV Li-yong,QIAO Li-hong,WANG Tian-miao.Research on product modularity method for product life cycle.Computer Integrated Manufacturing Systems,2006,04:546-551.
[18]高扬,廖文和,郭宇,等.复杂机电产品刚柔混合装配仿真技术研究.制造业自动化,2016,12:126-129.GAO Yang,LIAO Wen-he,GUO Yu,et al.Research on assembly simulation technology of rigid-flex model in complex electromechanical products.Manufacturing Automation,2016,12:126-129.
[19]张根保,卢华军.机电产品设计过程中的成本估算与控制方法研究.制造技术与机床,2011,03:119-123.ZHANG Genbao,LU Huajun.Study on cost estimation and control for the design stage of electromechanical products.Manufacturing Technology&Machine Tool,2011,03:119-123.
[20]唐竞.柔性脉动装配单元在航空机电产品中的应用.航空制造技术,2013,20:121-127.Tangjing.Application of Flexible Pulse Assembly Unit in Aviation of Electromechanical Product.Aeronautical Manufacturing Technology,2013,20:121-127.
[21]李佐政.复杂机电产品模块化设计若干关键技术及运用.智能城市,2016,01:137-138.Li Zuozheng.Key technologies and the application in modular design of complex electromechanical products.Intelligent City,2016,01:137-138.
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