基于创新原理的功能组件二维创新理论与实践探讨

Two-dimensional Innovation Theory and Practice of Functional Components Based on Innovation Principle

笔者依据阿奇舒勒的TRIZ理论知识体系中关于发明原理、标准解、技术进化等内容,结合了其他创新方法,提出了基于创新原理的功能组件二维创新理论包括二维创新模型、二维创新法则等,并给予了案例详细阐述。该文提出的理论模型是对经典TRIZ求解过程的简化,显然该文创新求解的域会大比例超过TRIZ求解流程得到的问题解的域,属于相对更完整的求解域,给选择最终解带来了相对多的困惑,但是对于TRIZ初学者或者创新方法基础教育以及创新求解自动化的理论与实践的前进有着巨大的意义和价值。

According to Azishuller's TRIZ theory knowledge system about invention principle,standard solution,technological evolution and other innovation methods,the author puts forward two-dimensional innovation theory of functional components based on innovation principle,including two-dimensional innovation model and two-dimensional innovation rule,and gives a detailed description of the case.The theoretical model presented in this paper is a simplification of the classical TRIZ solution process.Obviously,the domain of innovative solution in this paper will exceed the domain of problem solution obtained by TRIZ solution process in a large proportion.It belongs to a relatively complete solution domain,and brings relatively more confusion to the choice of final solution.But it is the first step for the beginners of TRIZ or the basic education of innovative methods and the theory and practice of innovative solution automation.Entry has great significance and value.