本論文之主要目的為設計與研發一套以MSP430省電型微處理器為核心，結合人體體溫、血氧飽和度、心跳率等生理訊號量測，以智慧型醫療保健器材安全系統的概念，發展一套「應用於醫療保健器材之無線生理安全監控系統」，以無線方式，隨時將人體生理訊號傳送至醫療保健器材安全監控系統，達到安全、良好之健康管理。本系統之主要功能與特色包括：(1)以MSP430省電型微處理器為發展核心；(2)反射式血氧飽和度量測功能；(3)數位式體溫量測功能；(4)心跳次數量測功能；(5)生理訊號整合至無線傳輸模組之功能；(6)接收端安全控制警示系統…等。本研究已經達到初步的體溫、心跳、與血氧量測，並可無線傳輸信號。未來將可供醫療保健器材廠商提升產品功能，並進一步提升國內醫療保健器材水準。

In this research we develop a wireless physiological monitoring security system for medical and health care applications. This system is based on the ultra-low power consumption microcontroller MSP430TM from Texas Instruments. The developed system can be used to measure physiological signals, such as temperature of human body, oxygen saturation, heart rate, etc. The features of the system include: (1)Adopting MSP430 low power microcontroller as the core of the system; (2)Reflective-type oxygen saturation measurement; (3)Digital body temperature measurement; (4)Heart rate measurement; (5)Integration of physiological monitoring system and wireless transmission module; (6) Alarm and control at receiving end. This research has already completed preliminary body temperature, heart rate and oxygen saturation measurements as well as data transmission by wireless. The achievements in this research are useful for the developer of medical and health care devices and can be used to enhance the functions of said equipments.

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