運用TRIZ於新技術概念發想階段之探討

本研究以TRIZ方法為基礎，提供一套系統化之創新設計流程，以利新技術初期概念發想之應用。本研究挑選應用情境不明確之45項新技術，依據TRIZ40的創新原則，及單一特性法找出與新技術相關之工程參數，建構一個「新科技之TRIZ40創新原則與相對應工程參數案例資料庫」。以此資料庫提供的工程參數，再配合本研究建構的「新TRIZ39工程參數關鍵字發想與提示附錄」，進行新技術之概念應用發想。整個流程稱為「TRIZ於新技術想像階段創新流程」。本創新流程，透過兩個階段的概念發想實驗 : 1.自由發想階段。2.「TRIZ於新技術想像階段創新流程」。並訪談7名受測者。研究結果 :（1）當受測者在自由發想的概念產出已經停滯時，能夠重新激發受測者的想法與創意，重新擁有跟自由發想時差不多的獨創性。（2）工程參數關鍵字發想之提醒，能讓人們在一般情況下，往不會想到的方向去發想，增加創意發想的多元性。而本創新流程於過程中應考慮 :（1）新技術之應用與性能參數要清楚。（2）每個工程參數與新技術之發想，發想停滯時間限制為一分鐘。（3）工程參數關鍵字之應用實例要明白易懂。

關鍵字

TRIZ ；模糊前端；設計方法

並列摘要

The thesis is based on TRIZ theory and provides a systemized innovative designing procedure, which gives advantage to constructing the initial designing concept of new technology. By analyzing the 40 inventive principles of 45 new technologies which is chosen because of the use of it is uncertainty and finding the related engineering parameters by the method for the corresponding inventive principles of single parameter constructs the “The 40 inventive principles and related parameters of the new technologies cases”. And use it with “The think methods for the 39 parameters” to help people for new technology concept development. The whole design method called “new technology concept development innovation process by TRIZ”. By 2 stages of experiments, free comcept generation and “new technology concept development innovation process by TRIZ”, and interviews on 7 subjects who are college graduate or at school, finding out the benefit of “new technology concept development innovation process by TRIZ” is that: (1) when the idea output from the subject has stalled, this method can re-stimulate ideas and has the same in the original. (2) The key words of parameter can give others respect of idea. And find that the new technology described needs the following change: (1) Technical characteristics and performance parameters of new technologies need clear. (2) The stagnate thinking of each related parameters thinking is one minute. (2) It needs example of the think methods of the parameters.

並列關鍵字

TRIZ ； fuzzy front end ； design methods

參考文獻

60. 蘇家洪、黃室苗（2011），整合任務分析與TRIZ之設計程序研究，國立虎尾科技大學學報第三十卷第二期（民國一百年六月）。

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運用TRIZ於新技術概念發想階段之探討

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