臺灣博碩士論文加值系統

本研究目標在研製ㄧ套低功耗、低成本並結合藍牙無線通訊之穿戴式硬體電路設計。血糖部分，欲設計一套連續量測的血糖感測器，以量測人體的連續血糖變化，在電路設計上使用恆電位儀的方式進行量測，及加上濾波電路把電化學產生的雜訊濾除，並探討溫度對葡萄糖酵素的影響，針對不同的血糖試片透過藍牙的方式設定對應的參數，因應這些參數，能把血糖感測器讀到的電壓值轉換成血糖數據。足壓部分，利用壓力使電極距離改變的原理，透過電容感測晶片量測目前的電容值，再以藍牙傳輸到手機端顯示，電路設計上因電路需置於鞋墊底部，電路需採用軟性電路板且元件最小化，故取消使用現成模組的方式，自行設計振盪器及天線匹配，來達成元件最小化的目的。

The goal of this research is to develop low power consumption、low cost and combine wireless wearable circuit design. Glucose, we designed a set of continuous glucose measurement device to measure the variation glucose changed on the human body. On the circuit design, we used Potentiostat to measure the glucose and filter circuit to eliminate the noise generated by the electrochemistry, also probing the temperature’s affection to glucose enzyme. For deferent kinds of glucose specimen, we used Bluetooth to set up the corresponding parameters, in respond to those parameters; we could transfer the voltage measure from the glucose sensor into data. Foot pressure, using the principle of the pressure to change the distance of the electrode, by using capacitance sensing chip to measure capacitance value, then transmission through the Bluetooth and display it on the mobile device, because the circuit has to install at the bottom of the insole, so we need to use flexible circuit board for the circuit and minimize the component, therefore, we didn’t use the existing module, instead, we design the oscillator and antenna matching by
ourselves to reach the goal of minimize the component.

摘要 I
ABSTRACT II
誌謝 III
目錄 IV
表目錄 VII
圖目錄 VIII
緒論 1
系統架構及開發環境 12
穿戴式血糖感測裝置系統設計 33
穿戴式足壓感測裝置系統設計 43
實驗結果與討論 51
結論與未來展望 60
參考文獻 62
作者簡介 66

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