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| Research of integrated model and its application for product innovation based on TRIZ and bionics |
| JIA Yuan， LIU Xiao-min， CHEN Yu-ting |
| School of Mechanical Engineering and Automation， Fuzhou University， Fuzhou 350116， China |
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Abstract In order to help designers generate innovative product solutions using TRIZ and bionics， which were two techniques for systematic innovation, a design process model by integrating TRIZ tools with coupling bionic technology was described. Firstly， a new table of inventive principles for biological functions was presented. Bionic templates were selected for solving conflicts in product using the conflict Matrix 2003， which was realized by Matlab tool. Secondly， the biological prototype tree model was built for making biological coupling analysis， in which analytic hierarchy process was applied to figure out the contribution of coupling elements. By imitating the main coupling elements and/or secondary main ones， different kinds of bionic coupling models for product could be established. Finally， the result of simulation was applied to determine whether the innovative model was better than the currently available ones. [JP2]A case study of designing a fan blade model was used to demonstrate the applicability of the proposed approach. According to the result of simulation by Fluent soft， it turned out that for the bionic innovation model， the quality flow rate was increased by 6% and the grade A noise value was reduced by 2% in monitoring points．
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Received: 25 March 2014
Published: 28 December 2014
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基于TRIZ和仿生技术的产品创新集成模型及其应用
为利用TRIZ和仿生技术两类系统化创新方法来提高产品原理解的产生效率，提出一种基于TRIZ和仿生技术的产品创新集成过程模型．整合了基于生物功能的创新原理，结合Matrix 2003冲突矩阵表，应用Matlab软件实现仿生模本寻找的可视化操作，并建立生物原型树形模型及产品仿生耦合模型．利用所提出的产品创新集成过程模型对风扇叶片进行创新设计，对改进前、后风扇叶片的性能进行了Fluent仿真分析．仿真结果表明：仿生创新风扇叶片在监测面和监测点处质量流率提高了6%，A级噪声值降低了78%．风扇叶片的创新设计验证了所建立的集成过程模型的可行性与有效性．
关键词：
TRIZ,
仿生技术,
生物耦合,
风扇叶片,
创新设计
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