設計工作是問題的解決，對很多產品設計而言，骨架設計是最重要的一個設計程序，因其操縱設計成果的成敗與否，而對於一些可動式骨架的產品更是不容易被設計。本研究針對如何使骨架設計程序自動化作深入的探討與實力的運用，研究中以模糊理論作骨架的分群為研究的始端，接續以機構學剖析車架組成與結構，且利用實體模型建構軟體建立骨架且進行骨架控制，作動產生與設計分析，而一個容易被設計師使用的操作介面將被建立用於新骨架的產生與設計，在研究的最後，一個新的設計案例將操作自動化設計模式的研究成果，而骨架設計自動化的研究程序將可運用於相識性的骨架產品。

Design is problem solving. For many products, the skeleton design is the most important part of the process. Usually it controls whether the product design will be successful or not. The movable skeleton design is the most difficult to create. This article proposes how to automate skeleton design of baby strollers. The research starts with grouping the styles of products using fuzzy logic. It proceeds with describing the skeleton by mechanism structure. Using a 3D modeling program, it continues with creating the skeleton, constraining the skeleton, and controlling the skeleton’s movements. In the end, an interface will be created. Throughout the research of the skeleton design for a baby stroller is used as an example in this study. This method can also be used to develop other similar products.

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