Applied Research On Overcoming The Inertia Of Thinking Based On The Software Of Product Innovation

In recent years, with the rapid development of computer-aided innovationtechnologies and extensive research on TRIZ, the computer-aided innovationsystems are constantly being developed to promote the generation of innovativedesign. Although computer-aided innovation systems can bring great inspirationto designers, but designers have to admit that it is still inevitable to be limited intheir thinking inertia in the process of solving problems via the innovationsystem. Brainstorming is an effective method of group decision-making. Thethinking resonance can not only arouse the generation of numerous new ideas,but also restrict the thinking inertia indirectly to expand the ideas. Therefore, thestudy of methods to overcome the inertia of thinking will help generate creativethinking, making the computer-aided innovation system more consummate.According to the current situation of TRIZ theory, methods to overcome theinertia of thinking and computer-aided innovation systems, this article willcomplete the computer-aided innovation system. The main research works are asfollows:First of all, analyze the typical TRIZ theory and brainstorming from theperspective of logical thinking and non-logical thinking, and add the supportingrole of methods to overcome the inertia of thinking,verify the correctness of settheory as one of the three creative conceptual design process model theoretically.Secondly, through the study of the entire system of TRIZ, understand theTRIZ problem solving process and clear the disadvantage of TRIZ problemsolving to find out the entry point of combining divergent thinking methods andmethods to overcome the inertia of thinking.Thirdly, on the basis of the study of a number of innovative thinkingmethods, refine and generalize the methods that can help designers to overcometheir inertia of thinking. And clarify the methods to overcome the inertia ofthinking according to the way to get the idea. On this basis, through the C# programming language and interface design, build and implement acomputer-aided design system to overcome the inertia of thinking sub-module,and show the application form.Finally, with brainstorming as the theoretical foundation and support of theC#language and SQL Server database system, design and implement aWeb-based innovation system for group innovation by application of ASP.NET,and verify the feasibility of the system through the example of laptop radiator.