本論文之目的是開發設計一款可穿戴式的動態恆溫調節裝置。主要探討裝置的恆溫系統控制與輕量化設計，進而開發設計出可穿戴式動態恆溫調節背心。本論文使用水冷系統做為致冷晶片熱端的散熱系統，並以鋁材流道直接貼合的方式，將致冷晶片的冷/熱端透過水冷液，將溫度傳導至散熱水排與冷卻背心，並即時量測環境溫度以做為調節溫度的參考。
最終結果，透過智慧型PID調節機制與使用水冷液，可達到低於室溫10度以上的溫度調節，並且有效延長了電池的使用時間。達成了穿戴式與輕量化目的，提升使用的方便性並達到節能環保的需求。

The aim of this paper, it's to development a device that can dynamic temperature regulator in wearable device and mainly to research that temperature control system and lightweight design. And then development a wearable temperature control vest. In this paper, use water cooling system. It includes fan and heat radiator, and use aluminum material water pipe to direct contact in TEC surface. Take heat via a kind liquid for water cooling, and also measurement ambient temperature to be a reference to automatic adjusting.
Final result is via intelligent PID control method can refrigeration lower than ambient temperature more than 10 degrees and effectively to save more battery usage time. Reached wearable and lightweight, energy saving and environmental protection requirements.

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