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  • 學位論文

TRIZ創新發明解決理論之系統化分析應用研究

Application of TRIZ for Systematic Innovation Analysis and Implemetation

指導教授 : 楊宏智

摘要


在眾多的創新發明系統開發工具當中,TRIZ創新發明解決理論為目前最為人所知的工具之一;以往企業或研發人員只要將欲解決的工程矛盾問題定義出來,即可透過TRIZ中的矛盾矩陣找出發明原則。然而以往的發明原則,只能提供一個類比式的發散性思考,無法真正的與相關技術領域作聯結。有鑑於此,本論文中提出一套TRIZ之「創新發明解決理論之系統化分析應用研究」,目的是為了能讓TRIZ當中的發明原則與特定技術領域作收斂性以及發散性的思考。同時本論文亦將專利分析的元素加入系統化分析當中,結合專利分析可以提供技術背景背特性,和具有產業趨勢的分析功能,而開創出一務實的創新途徑。本研究將創新發明解決理論結合專利分析後,並嘗試加上心智圖法的創意聯想,以探討使研發人員激發更多的創意產生。

並列摘要


In many tools of a systematic innovation, TRIZ is the widely known tool in the world. Enterprises and researchers were found an inventive principle according to a contradiction matrix of TRIZ which they want to solve engineering problems and define contradiction problems before. However, it can not connecting with real technical field by providing one analog divergence thinking to the inventive principle. Thereof, the research is to provide an application of TRIZ for Systematic Innovation analysis and Implemetation. The purpose of the research is to provide convergence and divergence thinking between the inventive principle of TRIZ and a specific technical field. Furthermore, combining a patent analysis comprehends characteristics of the technical background, and includes a function of the businesses trend analysis, the research adding an element of a patent analysis to systematic innovation analysis. When the systematic innovation thesis connects with the patent analysis and creative thinking by mindmaping, it can inspire much creativity to researchers.

參考文獻


20. 巫翎楷,“TRIZ發明原則於系統化研發創新之應用”,國立台灣大學機械工程研究所,2007。
24. 經濟部智慧財產局,http://www.tipo.gov.tw
1. Darrell Mann, “MATRIX 2003”, 2003.
9. GOOGLE Translate, http://translate.google.com/
14. T. Arciszewski, B. Zlotin,“Ideation/TRIZ:Innovation Key to Competitive Advantage and Growth”, 1998.

被引用紀錄


袁瑋謙(2011)。以TRIZ理論探討於「手持無線裝置」領域之研發應用〔碩士論文,國立臺灣大學〕。華藝線上圖書館。https://doi.org/10.6342/NTU.2011.10613

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