- 學位論文
支援藍芽省電功能無線紫外線殺菌滑鼠裝置之設計與實作
The Design and Implementation of Wireless Ultraviolet-Disinfection Mouse Device Supporting Bluetooth Low Energy Function
摘要
在醫院、學校或網咖…等的公用電腦滑鼠可能成為流行性病毒的傳染媒人，或於家庭中同時有數位成員使用同一台電腦，如果一個人的手上帶有病毒，帶病毒的手摸過滑鼠，下一個碰到的人也容易被傳染，若受到病毒傳染的手又摸了自己的眼、口、鼻，病毒就會入侵體內造成感染，而在病毒與細菌不斷地演變與突變的風險下，如果可以在使用完電腦後，有一機制可自動殺死於滑鼠表面之病原體，將可大量降低受到病原體感染的風險。因此本論文提出以滑鼠為基礎，設計支援藍芽省電功能無線紫外線殺菌滑鼠裝置及管理系統，進行藍芽滑鼠紫外線殺菌及殺菌模式切換並透過管理系統之監控與歷程記錄。本系統分為無線滑鼠裝置、使用者電腦端、伺服器端及使用者歷程記錄查詢端四個部份，第一個部分為無線滑鼠裝置，整合藍芽技術、無線充電、紫外線殺菌電路；第二個部分為使用者電腦端，紫外線殺菌程式提供同步使用者殺菌模式切換並且偵測滑鼠殺菌狀態傳送至伺服器；第三個部分為伺服器，儲存帳號密碼及歷程記錄於資料庫；第四個部分為使用者歷程記錄查詢端，網頁查詢頁面提供使用者查詢歷程。在滑鼠的模式上具備三種模式可供選用，可依照環境殺菌需求來做選擇，提供使用者更高之選擇自由度；加入無線充電環境可使使用者免除電力不足疑慮；搭配殺菌滑鼠與歷程記錄之系統整合，提供使用者更完善的產品，並且未來可以延伸至其他產品上。
並列摘要
The public computer mice may become the vectors of pandemic viruses in hospitals, schools, Internet cafe, etc. Several people use the sample computer in a family. If someone’s hand with viruses touches the computer mouse, the next one that touches the same mouse would be infected easily. If the infected hand touches the eyes, mouth or nose, the viruses would invade the body. However, in the evolution and mutation risks of virus and germs, if the pathogens on the mouse surface can be cleaned after using computers, the injected risk would be reduced largely. Thus, the thesis proposed and designed the wireless ultraviolet-disinfection mouse device supporting Bluetooth low energy function based on a general computer mouse. Moreover, the mouse provides the switching function of ultraviolet-disinfection mode and the management system provides the disinfection monitoring and history recording. The system is divided into four parts: wireless mouse device, user’s computer, server and history recording and searching. The first part is the wireless mouse device. The Bluetooth technology, wireless charging, and ultraviolet-disinfection circuit are integrated. The second part is user’s computer. The ultraviolet-disinfection software provides the synchronization of disinfection mode switching, detects the mouse disinfection status and transmits the disinfection information to the server. The third part is the server. The user account, password and disinfection history are stored and managed in the database. The fourth part is the user’s terminal with history searching. The web-based application provides history query to users. Moreover, the mouse provides three modes for user selection according the requirements of disinfection and environment. Users have high choice freedom. The wireless charging avoids the power problem during disinfection. The system integration of disinfection mouse and history recording provides a wonderful product and service; moreover, the practice can be extended to other products.