Objective: Through the establishment of "Internet+ medical equipment system", break the space constraints, to achieve remote, real-time monitoring of human physiological data. Explore a way for: the medical monitoring equipment small, wireless, easy to use, inexpensive to wear. Methods: The system includes two parts: The sensor that size of the credit card paste to skin. Taking into account the sense of comfort, the sensor weight 15g, the maximum thickness of 3mm, only contains the battery, ECG acquisition sensor, flexible circuit and Bluetooth module; APP mobile phone get the sensor ECG data through the Bluetooth, using the patient's mobile phone data network to transmit the patient's real-time ECG monitoring data to the hospital database and supervisor doctor's mobile phone. Results: The prototype features: miniaturization, wearable, low energy consumption, can work for a long time; due to the volume limit, one device can only complete one lead signal. Conclusion: The Wearable ECG device automatically establishes the real-time and high density personal health file through the remote connection with the hospital database. Reduce the length of stay in hospital, to provide patients with continuous medical health services. In the future, it also needs to increase the multiple lead data acquisition function, improve the continuous wear comfort.%目的:通过建立"互联网+医疗设备"系统,打破医疗监测设备空间限制,实现远程、实时的监控人体生理数据,探索一条将医疗监护设备微型化、无线化、简单易用、廉价的穿戴之路.方法:系统分两部分:信用卡大小的传感器粘贴到皮肤上使用,为了力求穿戴舒适感,重量15g,最大厚度3mm,只包含电池、心电采集传感器、柔性电路和蓝牙模块;手机APP通过蓝牙采集传感器心电数据,使用手机数据网络传输数据到医院数据库和主管医生手机上,对患者进行实时心电监测.结果:此设备原型实现了微型化、可穿戴、能耗低、可以完成长时间的心电监测工作;由于体积限制,一个传感器只能完成一导联信号.结论:此穿戴式心电设备通过与医院数据库的远程连接自动建立实时、高密度的个人健康档案.减少住院观察时间,为患者提供不间断的医疗健康服务.但是后续还需要增加多导联数据采集功能,提高持续穿戴舒适感.
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