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應用萃智手法於新產品導入失效分析與解決
Thesis

應用萃智手法於新產品導入失效分析與解決

徐月俊
Masters, 國立清華大學, 工業工程與工程管理學系
2014

Abstract

萃智 系統性創新 問題解決 功能分析 衝突分析 解題指引 LCD TV產品問題解決 揚聲器 最低共振頻點 揚聲器異音 TRIZ systematic innovation problem solving functional analysis conflict analysis problem-solving guidelines LCD TV product problem solving the speaker the lowest resonance frequency speaker noise
In this study, TRIZ theory and tools for analysis and problem-solving techniques applied to LCD TV speaker of product failure analysis and problem solving. Its problems include low resonance frequency (Lowest Resonance Frequency; fo) high, hit T-Yoke produced noise, etc., by this systematic analysis process to identify the exact problem, use the TRIZ tool to identify problems, for fo problem, produce 48 concept solution, for noise, produce 49 concept solution, supplemented by Platts matrix (Pugh Matrix) to select and integrate to get the optimal solution concept, the optimal solution of the final concept validation. Part of the solution concept fo high elastic wave join softeners, iron and voice coil hit T abnormal noise generated by the concept of the solution above the washer -T iron surface, so that the magnets do uneven distribution of magnetic field lines, to prevent the coil hit T iron, the concept solution combines the two, so that's fo can reduce, but also to prevent the voice coil to prevent abnormal noise impacts generated by T iron. Different sound solution concept hit part of the voice coil to coil T iron produced the same length, the double voice coil four variants of the concept of solution can solve the problem. In response to these two problems can be accessed via TRIZ tools to find answers.

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