因物聯網（IoT）的持續蓬勃發展，連帶與居家息息相關的電風扇也開始朝向智慧化。作為家中重要的空調設備，電風扇有一定的需求性與低成本優勢，為家庭不可或缺的電器產品。智慧型電風扇能整合多種操作方式，傳統電風扇是使用實體按鍵方式，使用者需在機器上做操作，即便是使用遙控器也會有收納及其他不便之處，其便利性始終有著無法改變的先天限制。本研究目的針對具IoT能力之智慧型電風扇，探討在智慧型行動裝置之應用程式介面與資訊呈現設計，對於使用性與使用者感受上的差異。
本研究包含兩部分實驗：(1)前導性研究針對三種市面上知名品牌智慧型電風扇應用程式，進行介面操作評估，透過計測任務了解樣本間的差異；(2)參照前導性實驗之結果，與文獻整理之論點，以服務設計觀點進行模擬介面實驗。模擬介面採用３（資訊呈現）Ｘ２（固定式/多頁面隱藏）雙因子混合實驗設計，「資訊呈現」分三個層級：(1)文字、(2)圖示與文字、(3)圖示。最後分別針對受測者之實驗記錄與問卷，做分析介面的差異性對操作績效的影響。
研究結果顯示：(1)固定式的功能面板具有便於使用與容易學習的特性，適用於功能較少的少量內容操作；多頁面隱藏適用於功能較多的大量資訊呈現。(2)主要功能按鈕以圖示呈現能有較佳的美觀特性與操作效率，但特別或少見之功能若無常見的圖示或符號，應以文字呈現或輔助說明。(3)風量或定時等的設定調整應避免重複點擊的設計，減少操作上的時間浪費。

As the Internet of Things (IoT) continues to flourish, so do electric fans, closely related to our homes, to become smart. Being an important air-conditioning device at home, electric fans have a definite demand and low-cost advantage. They are indispensable electrical appliances in all homes. Smart electric fans can integrate multiple operation modes. Traditional electric fans use physical push buttons, requiring users to operate the fan via a device. Even with the remote control, there are still storage issues and other inconveniences. There is always an inevitable limitation to its convenience. This study investigates the interface operation of IoT-capable smart electric fans. This study consists of two parts of experiments:
(1) A pilot study targeted applications of three well-known brands of smart electric fans in the market. The interface operation was evaluated to understand the difference among samples through measurement tasks.
(2) Simulation interface experiments were conducted from a service design point of view regarding the results of the pilot experiment and the arguments compiled in the literature.
The simulation interface adopts 3 (information presentation) X 2 (fixed/multi-page hidden) two-factor mixed experimental design. There are three levels of "Information Presentation": (1) Text, (2) Icons and Text, and (3) Icons. The researcher analyzed the effect of interface differences on the performance based on the experimental records and questionnaires of the participants. The generated results revealed that:
(1) The fixed-function panel is easy to use and pick up and is suitable for few content operations with fewer functions. The multi-page hidden panel is appropriate for presenting mass information with more functions.
(2) The main function buttons are presented as icons for better aesthetic features and operational efficiency. Special or uncommon features without icons or symbols should be presented in text or supplemented by explanations.
(3) The setting change of air volume or timing should avoid the design of repeated clicks to reduce the operation time.

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