Energy-saving Eco-innovation Using Eco-product Cases with CBR and TRIZ Tools

以節能產品為基礎結合CBR方法與TRIZ工具的綠色創新方法

楊政融(Cheng-Jung Yang) ； 陳家豪(Lewis Ja-Hau Chen)

《中國機械工程學刊》 33卷4期 (2012/08) Pp. 305-313

https://doi.org/10.29979/JCSME.201208.0004

摘要

在減少碳排放量趨勢下，產品符合節能減碳是現今工程師要面臨的一大挑戰。因此設計師若能整合創意、環保以及運用其他設計手法快速推出新產品，更能提高公司與產品的競爭力。本文提出結合節能案例、以案例為基礎的推理系統（CBR）與TRIZ的創新設計方法，以整合各方法的優勢來加速綠色創新設計。首先藉CBR提供解決產品節能問題的案例與技巧，再針對不適之處引入TRIZ方法中的兩種工具：創新原理與綠色演化法則，來修正獲得可行設計解。最後以筆記型電腦的六個產品節能創新點子來證明此法之能力。

並列摘要

Under the growing public awareness of global warming and the effort on reducing emissions of greenhouse gases, designing products that use less energy and low carbon dioxide emissions are the inevitable challenges for engineers. To maintain market competitiveness, engineers must pay attention to huge amount of design experiments and introduce creative ideas for making new energy-saving products. This paper proposes a new innovative design model that integrates examples of effective energy-efficient practices in the industry, case-based reasoning (CBR) method, and TRIZ tools to achieve the eco-innovation objective. The knowledge for solving energy-saving problem can be supported by examples of effective energy-efficient practices in the industry. Then, TRIZ tools are introduced to modify the knowledge to obtain new designs. Six eco-innovative ideas of a ”energy-saving” product, notebook, are illustrated to demonstrate the capabilities of the model.

並列關鍵字

Energy saving ； CBR ； Eco-product cases ； TRIZ