医用智能微型传感器的设计

目的：设计一款医用智能微型传感器,实现数字化、信息化的健康管理模式,为建立健康管理物联网系统平台打下基础。方法：利用通信网络、智能呼叫、生命体征监测等科技手段,设计智能微型传感器,通过蓝牙（Bluetooth）进行通信,数据内存每10 ms采样1次,可对36 h内的数据进行存储。结果：该智能微型传感器可以对人体心率、体温和姿势等进行监测,并通过Android系统对数据进行存储,对异常的数据还可以通过与手机的联系发出警报,实现对老年人的实时监护。结论：该智能微型传感器为健康管理物联网的实现提供了基础支持,使安全、健康和救助一体化,实现了健康信息的数字化。

Design of intelligent medical micro sensor

Objective To design an intelligent medical micro sensor in order to realize digital and informatized health management mode and lay a foundation for health management IOT system. Methods Communication network, intelligent calling, vital signs monitoring and etc were involved in the design of the sensor, Bluetooth technology was used for the communication. Sampling was performed once in 10 ms for data memory, and the data in the past 36 h could be stored. Results The sensor could monitor the heart rate, body temperature and posture, and store the data by Android system. The alarming for abnormal data could be realized by the cell phone, and then the real-time monitoring of the ole person could be implemented. Conclusion The sensor lays a foundation for health management IOT, integrates the safety, health and aid, and realizes digitalization of health information.