定位心跳感測器整合系統Positioning Heartbeat Sensor Integration System

摘要

可穿戴式手錶類型的感測系統設計和實現，將GPS 感測系統和心跳感測器整合在一起，希望往後能夠把現成感測器的電路重新改寫，將積體元件能夠往更小邁進，至於機殼部分利用3D堆疊技術來達到輕量便宜耐用，以達到更好的攜帶性與堅固性。數據可以發現監測值之正常心跳感測訊號現象，心跳值平均在60-100之間，符合一般人的心跳範圍，這點證明了感測器本身是適合穿戴，也成功整合GPS定位在手機APP，進而取得比較準確的定位導航數據資訊，來提升定位精準度，更多感測器的提供與改善，此研究將能朝商品化邁進。

關鍵詞：社會高齡化、心律感測裝置、定位感測裝置、手機應用程式 

Abstract

A wearable diagnostics system is implemented in and designed as a watch-type device. GPS sensing system and heartbeat sensor are integrated together in this device. It is hoped that the circuit of the ready-made sensor can be rewritten in the future, so that the body of the device can be made smaller. As for the case part, 3D modelling is used to achieve lightweight, portability, robustness, low price and durability. The data can indicate the normal heartbeat sensing signal phenomenon of the measured value monitoring. A normal resting heart rate for adults ranges from 60 to 100 beats per minute, which is in line with the heartbeat range of ordinary people. This proves that the sensor itself is suitable for wearing and can be successfully integrated with GPS positioning in the mobile phone, thus achieving more accurate positioning and navigation data information to improve positioning accuracy. The integration of more sensors and their improvement will enable the device implemented by this research to move towards commercialization.