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題名 | 觀賞用水族箱之光溫模糊系統整合設計=Ornamental Aquarium Light Warm Fuzzy Systems Integration Design |
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作 者 | 高贊修; 林昆旺; | 書刊名 | 龍華科技大學學報 |
卷期 | 32 2012.06 [民101.06] |
頁次 | 頁41-52 |
分類號 | 448.942 |
關鍵詞 | 太陽能發電; 單晶片; 模糊控制; Solar energy; Single chip; Fuzzy control; |
語文 | 中文(Chinese) |
中文摘要 | 傳統家用水族箱常以單一按鍵調整溫度等參數或以幾顆燈顯示是否正在加溫或是溫度已達標準與否,這樣的方式不只會讓使用者得在隨時注意溫度是否有正常及常讓使用者在對於自己所調達的溫度達到疑問,這無形中對於使用者在養殖上造成不便,且經常性的去旋轉調整溫度的按鈕也容易使其產生故障或是溫度失去準確等間接性的產生問題,而無法達到溫度等參數之有效控制,而現今對於更精準的溫度控制機器又因為價錢上居高不下,故本研究使用單晶片 AT89C51來做系統的中樞,並藉由太陽能板發電作系統所需電力,系統並導入模糊控制理論能使各項參數能達到更精準的控制。 |
英文摘要 | Traditional home aquarium commonly uses a single dial to adjust a single parameter, such as temperature or a few light signals, to show whether the aquarium is heating up or the standard temperature has reached. This type of control method not only requires users’ constant attention to check whether the temperature is at the right degree, but often causes users inconvenience by creating a need to check whether the temperature they have set is the correct one. Moreover, the continual rotation of a single dial to adjust the right temperature will inevitably lead to its eventual failure of function or the loss of temperature accuracy, and therefore a time-worn dial can not achieve effective control of exact temperature and other parameters. Other options for temperature control machines are not affordable because of their high prices. Therefore, the purpose of this study is to argue for the effectiveness of using AT89C51 single-chip as the central system with power panel to generate needed electricity while adopting fuzzy control theory to control each parameter to be more precise. |
本系統之摘要資訊系依該期刊論文摘要之資訊為主。