智慧輸液照護管理系統之開發
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Date
2019
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Abstract
本實驗以護理人員的立場，開發出一種光學檢測系統，使用於點滴滴速量測，主打方便、快速、即時三大訴求，大幅降低醫護人員及家屬照護的負擔。
本研究使用發射二極體當作光源，搭配接收光電晶體作為接收裝置，點滴液滴形成至落下的過程中，會因為液滴經過光源，導致光電晶體接收到的電壓值有所變化，將收集到的電壓數值儲存於電腦中，透過程式進而分析點滴滴速，以及花費時間，最後將收集到的data建立資料庫。
本實驗開發手機即時監控程式，透過開發板搭配低功率藍芽模組，達到無線且可遠端查看輸液速度的功能，另外開發一種快篩檢測用於藥水，透過光譜儀來檢測藥水，進而判斷其內容物以及濃度。
This experiment develops an optical detection system based on the position of nursing staff. It is used in Drop Velocity Measurement, which is the main convenience, fast and instant, which greatly reduces the burden of medical staff and family members. In this study, the emitter diode is used as the light source, and the receiving photo-crystal is used as the receiving device. The drops are formed into the falling process, and the drops will pass through the light source, causing the voltage value received by the photo-crystal to change. The value of the voltage is stored in the computer, and the program analyzes the drop rate and time, and it takes time to build a database. This experiment develops a mobile phone real-time monitoring program, through the development board with low-power bluetooth module, to achieve wireless and remote viewing of the infusion speed function, and develop a fast screening test for the medicinal liquid, through the spectrometer to detect the medicinal liquid, and then distinguish content and concentration.
This experiment develops an optical detection system based on the position of nursing staff. It is used in Drop Velocity Measurement, which is the main convenience, fast and instant, which greatly reduces the burden of medical staff and family members. In this study, the emitter diode is used as the light source, and the receiving photo-crystal is used as the receiving device. The drops are formed into the falling process, and the drops will pass through the light source, causing the voltage value received by the photo-crystal to change. The value of the voltage is stored in the computer, and the program analyzes the drop rate and time, and it takes time to build a database. This experiment develops a mobile phone real-time monitoring program, through the development board with low-power bluetooth module, to achieve wireless and remote viewing of the infusion speed function, and develop a fast screening test for the medicinal liquid, through the spectrometer to detect the medicinal liquid, and then distinguish content and concentration.
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Keywords
智慧監測輸液系統, 藥水光譜量測, Smart Monitoring Infusion System, Medicinal Liquid Spectral Measurement