| Summary: | 碩士 === 國立成功大學 === 機械工程學系 === 102 === With the advancement of technology and environmental consciousness, more and more attention has been paid to energy saving and carbon reduction. Industries are trying to conduct energy-saving improvements without affecting product functionality, and there is no exception in the machine tool industry. How to reduce pollution production and energy consumption is a very urgent issue. This study aims to propose a method to provide designers reference direction for energy saving, either improved or innovative design of machine tools. This proposed method could help designers saving lots of time.
This study integrates case-based reasoning with TRIZ 40 inventive principles, which provides an innovative design methods of green machine tools and establishes database of xenergy-saving cases. The proposed method identifies the most similar case according to the similarity function, and inspires designers to find out new green machine tool. Introducing TRIZ 40 inventive principles makes reference content more rich and diverse. In this study, many of the existing green energy-saving case data are collected, not only machine tools and components, the industrial energy strategies and the latest energy-saving technologies are also included in the database. There are also some general energy-saving cases to stimulate designers. A software program was developed by using Microsoft Excel 2013 to calculate the similarity function and related TRIZ principles. Designers can easily get started on this method by using this software program. Then designers can quickly identify similar cases and the corresponding TRIZ principles, and accelerate the new design output time.
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