台灣近年來相對濕度平均超過70%RH。物品長期於高濕環境下,會發生物品變質、老化、鏽蝕等損害現象。使用防潮櫃可預防物品發生上述等情況。現今市面防潮櫃除濕原理以物理式及電子晶片式為主。為了獲得更理想除濕系統效能之防潮櫃,本研究整合TRIZ理論與演化趨勢,以系統性地分析及解決問題,並研發具理想性之有效除濕構造。以及避免使用者選擇發明原則作標準解時了無頭緒,或巨觀及主觀式選擇演化趨勢參數作標準解,故本研究整合Altshuller的40發明原則與Mann的37項演化趨勢參數並將其分類。依矛盾矩陣表找到的發明原則項目依相似性對應至演化趨勢參數製作對應表。最後,將此對應表應用於本案例之電子晶片式防潮櫃,再依上述找到之演化趨勢參數作為標準解。結果顯示,本研究提出之整合發明原則與演化趨勢優於僅使用發明原則或演化趨勢所找出的解。於本個案中藉由此方式得出之演化趨勢參數標準解,可得出具理想之解決方案。
Taiwan's average relative humidity exceeds 70% RH. Items will be aging or rusting in humid environments. Use dry cabinet can prevent these situations. Today markets of physical and electronic dry cabinet as the main market. To obtain better Desiccant Systems dry cabinets, that Integrating TRIZ inventive principles and evolution trends for problem solving in product research and development. To avoid the user selects inventive principles and evolution trends as standard solution that no ideas or macroscopic and subjective choice, so this study integrating Altshuller's 40 inventive principles and Mann's 37 evolution trends then categories. According to the contradiction matrix to find inventive principles and then follow high similarity corresponds to evolutionary trends then make correspondence table. Finally, use the corresponding table in this case then find the evolution trends parameters as the standard solution. The results show that this study integrating TRIZ inventive principles and evolution trends better than using only the inventive principles or evolution trends to obtained solution. In this case Integrating TRIZ Inventive Principles and Evolution Trends that get the most ideal final result.