Design And Implementation Of Human Health Care System Based On Android Phone

With the aggravation of a phenomenon that global outbreak of the aging population and the ravage of chronic non communicable diseases,high quality of the long-term health of medical care has gradually become the focus of attention all over the world.ECG,heart rate,pulse,blood oxygen saturation and body temperature is the most commonly used clinical health indicators,therefore,this paper designed a health monitoring system which is portable,wearable,interactive,small volume,high precision and convenient operation,used to collect user’s ECG,heart rate,pulse,blood oxygen saturation,body temperature and other physiological parameters.Through wireless communication,the collected physiological parameters are transmitted to the intelligent mobile monitoring platform and remote medical monitoring center.The monitoring system adopts the idea of modular design,designed the physiological parameter acquisition module circuit and the peripheral circuit of main control center.The hardware platform with STM32F103ZET6 core processor chip,wireless communication using Bluetooth and GPRS technology.The module design of the monitoring system have followed the principle of small volume,light weight,low power consumption,low cost,high ability of anti interference,in line with the characteristics of portable and wearable in system design,convenient for users in their daily work and life wear.At the same time,developed a human health care system software in Android based mobile phone operating system.Android health monitoring software has the function of user login,modify the basic information and physiological parameter display,through Bluetooth adapter receive the data transmits from physiological parameter acquisition terminal,after data processing,storage and display,transmits the data to the remote monitoring center through GPRS wireless communication technology,to realize the real-time monitoring of human body physiological parameters.Through the multiple tests on the monitoring system,the results show that the monitoring system with high stability and achieved accurate measurements of physiological parameters,to meet the design requirements of monitoring system.The monitoring system can realize the real-time monitoring of physiological parameters,so that people can understand the physical health status of their own at any time.