Internet Of Things(IOT)-based Health Promotion Research And Development Of Products

With the improvement of people’s material level, work stress and strength enhancement, increased environmental pollution, the people of sub-health problems are becoming increasingly prominent, people are more concerned about their own health. Simultaneously. Aggravated domestic population aging leads to increasingly scarce medical resources of community. Thus, the recent series of physiological signal acquisition devices such as electronic blood pressure monitors and other electronic products have become increasingly popular, but its mere function can not meet people’s needs. Therefore, a versatile collection of home health management system is particularly important in today. The system can accurately capture the basic physical characteristics of the human body blood pressure, bod y temperature, ECG, etc. and transfer the data to the intelligent terminal via the wireless network. Then by the intelligent terminal connected to the Internet via 3G/WIFI form of the Internet of things of medical, remote monitoring and health management functions. The results show that by daily quantitative detection of their own health indicators, in conjunction with advice given by doctors to improve their own lives and exercise habits can improve sub-health state and prevent some of the malignant disease.With the development of modern electronic medical technology and the Internet widely applied, which make people realize that collect their own basic physiological signals and through phone or computer technology remote transmission to the hospital doctor at home. This paper mainly introduces the front-end hardware system design of the system. Including ECG signal acquisition, the blood pressure signal collection, the temperature parameters, and the outdoor sports consumption of energy, four subsystems module. Each module can collect the physiological characteristic signal by the front-end hardware sensor, then through the MCU(microprocessor) processing, sampling and algorithm via bluetooth or USB transmission to the intelligent terminal equipment.With the traditional home physiological acquisition equipment compared, the ECG module in this paper designed to real- time transmission of ECG data to a backend server, then the doctors can diagnosis on the line. Electronic sphygmomanometer with continuous monitoring of blood pressure function, while the data can be kept in the flash or uploaded to the back-end server via the network, and user and doctors can easy to view. Temperature module using non-contact infrared temperature measurement method to detect, and the last data uploaded to the intelligent terminal. Energy analyzer is able to record the user movement d istance and energy consumption, and effectively detect whether the target.Through the data which the people of sub- health provided show that the measured results are basically achieve the desired performance.