本文提出一套方法，將仿生學的概念應用於產品創新設計上。此方法包含兩個主要的架構，第一個架構是探討如何將生物特性應用在產品設計上。在此部分，本文提出「用於產品開發之仿生設計流程」，此方法說明如何從尋找生物特性，再探討其機制，進而開發出仿生設計。後續並加入「綠色設計」的概念，使設計工程師可設計出對環境無害的仿生產品。第二個架構則在探討當產品設計遇到問題時，如何從自然界的生物特性中尋找解答。在此部分，本文提出兩個方法，首先是「仿生樹」，此方法以資料庫的方式，提供產品設計者在遇到設計問題時，可從中尋找解決該問題的相關仿生設計；另一項概念則是將仿生設計案例與TRIZ方法中的「單一特性法則」結合，以仿生設計案例為改善工程參數的「仿生建議法則」，提供使用者解決其設計問題。本文所提出的方法，將可運用自然界的智慧，協助產品設計者解決設計問題，使仿生學的概念，能應用到產品創新設計上。

This thesis applies Biomimetics in product innovative design via two main concepts. The first concept utilizes organic characteristics in developing new bionic design. A method called “Bionic Design Process for Product Design” is proposed to develop a bionic design based on observing creatures, analyzing their characteristics, applying the results, and finally completing the bionic design. In addition, this method includes the concepts of “Eco-Design” to ensure the newly-developed bionic designs are eco-friendly. The second concept proposed a database, called Bio-Tree, to archive and construct existing bionic design cases. Bio-Tree is used for designers to find solutions from the nature when facing design problems. The bionic designs, considered as “Bionic Principles”, then combined with one of the TRIZ methods, “Innovative Principles for Single Engineering Parameter”, to supply bionic solutions for designers. The ideas proposed in this thesis will help designers using natural wisdoms to solve design problems or create new bionic designs.

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