Redesign Method of Product Structure Scheme Based on Structure Extension Model

doi:10.3901/JME.2024.19.225

Abstract

Abstract: To solve the problems of non-functional function between the design elements of product structure, inconsistent form of action relationship, difficult to identify, poor extension of expression, a product structure scheme redesign method based on structure extension model is proposed. Considering the relationship between non-functional function and structure, the concept of product structure primitive is proposed based on the extension theory.It refers to entity element, interaction element and affordance element, and the structure extension model of product is constructed to express the design elements and action relationship of the product structure based on this concept.Through the mapping mechanism of multiple design domains such as requirement-affordance-interactive relationship-structure, mining the affordance of product to be improved through requirement-affordance mapping, identifying the structure of product to be improved through affordance-interactive relationship-structure mapping.The affordance elements are extended and transformed to obtain a feasible set of structure scheme.Optimal structure scheme is selected by the superiority evaluating method. The structure extension transformation rule is given to realize the product structure redesign scheme. Finally, the feasibility and effectiveness of the proposed method are verified by taking the redesign of the Achilles tendon rehabilitation device as an example.

Key words: affordance, structure extension model, product structure scheme, design change

CLC Number:

TH122

LIU Shuaijun, SA Rina, LI Wenbo. Redesign Method of Product Structure Scheme Based on Structure Extension Model[J]. Journal of Mechanical Engineering, 2024, 60(19): 225-240.

References

[1] LIPSON H，SHPITALNI M．Conceptual design and analysis by sketching[J]．Journal of Artificial Intelligence in Design and Manufacturing，2000， 14(5)：391-401．
[2] 刘晓敏，黄水平，王建辉，等．基于TRIZ及功能类比的产品概念设计创新[J]．机械工程学报，2016， 52(23)：34-42． LIU Xiaomin，HUANG Shuiping，WANG Jianhui，et al．Conceptual design based on TRIZ & function analogy for product innovation[J]．Journal of Mechanical Engineering，2016，52(23)：34-42．
[3] 梁瑞，张建辉，檀润华，等．已有产品功能创新设计过程模型及应用[J]．机械工程学报，2016，52(23)：50-61． LIANG Rui，ZHANG Jianhui，TAN Runhua，et al． Design process model and application of the existing product function innovation[J]．Journal of Mechanical Engineering，2016，52(23)：50-61．
[4] 王年文，张立杰，毕翼飞，等．生物原型驱动的手功能康复产品仿生设计[J]．机械工程学报，2023， 59(11)：300-307． WANG Nianwen，ZHANG Lijie，BI Yifei，et al． Research on bionic design of hand functional rehabilitation products driven by biological prototype [J]．Journal of Mechanical Engineering，2023， 59(11)：300-307．
[5] WONG F，WYNN D ．A systematic approach for product modelling and function integration to support adaptive redesign of product variants[J]．Research in Engineering Design，2022，34(2)：1-25．
[6] WAGNER A，COUTINHO C，JORGE M．Integration of design structure matrix and modular function deployment for mass customization and product modularization: a case study on heavy vehicles[J]．The International Journal of Advanced Manufacturing Technology，2022，125(3-4)：1-16．
[7] GIBSON J．The ecological approach to visual perception[M]．Boston：Houghton-Mifflin，1986：127．
[8] NORMAN D．Affordance conventions and design[J]. Interactions，1999，6(3)：38-42．
[9] MAIER J．On the computability of affordances as relations[J]. Artificial Intelligence for Engineering Design，Analysis and Manufacturing，2015，29(3)：249-256．
[10] MAIER J，FADEL G．Affordance based design: a relational theory for design[J]．Research In Engineering Design，2009，20(1)：13-27．
[11] MAIER J，FADEL G．Extending the affordance structure matrix-mapping design structure and requirements to behavior[C]//10th International DSM Conference．Stockholm，Sweden：2008：339-346．
[12] GALVAO A，SATO K．Affordances in product architecture：linking technical functions and users' tasks[C]// American Society of Mechanical Engineers. International Design Engineering Technical Conferences and Computers and Information in Engineering Conference．International Conference on Design Theory and Methodology Power Transmission，Institute of Design Illinois Institute of Technology，350 N LaSalle Street，4th floor Chicago，Illinois：2005：143-153．
[13] CHEN Y，HUANG J，et al．A part affordance-based approach for capturing detailed design knowledge[J]． Computer-Aided Design，2013， 45(12)：1617-1629．
[14] HUANG J，CHEN Y，et al．A part affordance–based approach for detailed design process planning in collaborative environment[J]．Concurrent Engineering， 2014，22(4)：291-308．
[15] 刘尚，史冬岩．基于可供性分析的技术系统理想度提高方法[J]．机械设计， 2013，30(3)：12-16． LIU Shang，SHI Dongyan．Research on technical system ideality improving method based on affordance analysis[J]．Journal of Machine Design，2013， 30(3)：12-16．
[16] 刘波，姜少飞，彭翔，等．基于装配可供性模型的多阶段装配资源匹配设计[J]．机电工程，2018，35(16)： 558-602． LIU Bo，JIANG Shaofei，PENG Xiang，et al．Multi-stage assembly resource matching based on assembly affordance mode[J]．Journal of Mechanical&Electrical Engineering，2018，35(06)：598-602．
[17] 白仲航，张嘉辉，张旭．基于情感与可供性结构矩阵的产品创新设计研究[J]．包装工程，2022，43(24)：135-143． BAI Zhonghang，ZHANG Jiahui，ZHANG Xu．Product innovation design based on emotion and affordance structure matrix[J]．Packaging Engineering, 2022，43(24)：135-143．
[18] 王姝婷，刘晓冰，周军华，等．基于本体的复杂产品维修工程案例知识表示及重用方法[J]．系统工程与电子技术，2022，44(02)：557-568． WANG Shuting，LIU Xiaobing，ZHOU Junhua，et al． Ontology based knowledge representation and reuse method for complex product maintenance engineering cases[J]．Systems Engineering and Electronics，2022， 44(02)：557-568．
[19] 张雷，郑辰兴，钟言久，等．基于粗糙集的机械产品绿色设计知识更新[J]．中国机械工程，2019，30(05)：595-602． ZHANG Lei，ZHENG Chenxing，ZHONG Yanjiu，et al．Mechanical product green design knowledge update based on rough Set[J]．China Mechanical Engineering，2019，30(05)：595-602．
[20] 顾复，张树有．基于语义网络的产品建模及配置方案搜索[J]．浙江大学学报(工学版)，2010，44(9)：1692-1697+1745． GU Fu，ZHANG Shuyou．Semantic-web-based product modeling and configuration searching method[J]．Journal of Zhejiang University．Engineering Science，2010，44(9)：1692-1697+1745．
[21] 葛标标，杨春燕，汤龙．几何效应的可拓知识表示研究[J]．智能系统学报，2022，17(6)：1235-1243． GE Biaobiao，YANG Chunyan，TANG Long． Extension knowledge representation of geometric effects[J]．CAAI Transactions on Intelligent Systems，2022，17(06)：1235-1243．
[22] 陈晓菁，成思源，杨雪荣．面向专利产品创新设计的可拓变换方法研究[J]．包装工程，2020，41(24)：137-142． CHEN Xiaojing，CHENG Siyuan，YANG Xuerong. Extension transform method for patent product innovation design[J]．Packaging Engineering，2020，41(24)：137-142．
[23] LIU Zhenghong，LIU Jie．Configuration of product plan based on case reasoning of extenics[J]． Alexandria Engineering Journal，2021， 60(2) ：2607-2618．
[24] 李千静，成思源，等．基于可拓创新方法的个性化产品设计研究[J]．包装工程，2022，43(22)：87-94． LI Qianjing，CHENG Siyuan，et al．Personalized product design based on extension innovation method[J]．Packaging Engineering，2022，43(22)：87-94．
[25] GIBSON J．The theory of affordances in the ecological approach to visual perception[M]．Boston：Houghton Mifflin，1979．
[26] NORMAN D．The design of everyday things[M]. NewYork：Basic books，2002．
[27] MAIER J，FADEL G．Affordance-based design methods for innovative design，redesign and reverse engineering[J]．Research in Engineering Design，2009， 20(4)：225-239．
[28] 姜少飞，周升铭，李吉泉，等．基于物-场可供性模型提升产品设计质量的研究[J]．机械工程学报，2016， 52(15)：128-138． JIANG Shaofei，ZHOU Shengming，LI Jiquan，et al．Enhancing the quality of product design based on substance- field affordance model[J]．Journal of Mechanical Engineering，2016，52(15)：128-138．
[29] 萨日娜，张树有，裘乐淼，等．基于传动可供性评价的机械系统方案设计方法[J]．浙江大学学报(工学版)， 2020，54(11)：2179-2189． SA Rina，ZHANG Shuyou，QIU Lemiao，Schematic design of mechanism system based on transmission affordance evaluation[J]．Journal of Zhejiang University (Engineering Science)，2020，54(11)：2179-2189．
[30] 郑震霆．机械结构的可拓创新设计方法研究[D]．广州：广东工业大学，2020． ZHENG Zhenting．Research on extension innovation design method of mechanical structure[D]．Guangzhou ：Guangdong University of Technology，2020．
[31] 吴若仟，江屏，卢佩宜，等．产品设计中基于质量功能配置的需求转化过程[J]．计算机集成制造系统，2021， 27(5)：1410-1421． WU Ruoqian，JIANG Ping，LU Peiyi，et al．Demand transformation process based on quality function deployment in product design[J]．Computer Integrated Manufacturing Systems，2021，27(5)：1410-1421．
[32] 杨春燕．可拓创新方法[M]．北京：科学出版社，2017． YANG Chunyan．Extension innovation method[M]． Beijing：Science Press，2017．