Research On Ward Intelligent Physiological Parameter Acquisition System Based On Internet Of Things

Physiological parameters include temperature,ECG, oxygen saturation (SpO2) and so on. These information are very important for monitoring and diagnosing physical condition and cardiovascular disease. In clinical, these parameters can help them grasp the health condition of the patient and diagnoste disease development process. Health care workers need to measure a large number of physiological parameters every day,time-consuming. With the using of the Internet of Things,we can monitor physiological parameters real-time and collect quickly. IOT is the improvment direction of information industry in next. At present, various industries are beginning to use the IOT technology, health care is one of the top ten applications. IOT are widely used in health care has become an general trend. IOT can promote health hospital to "intelligent digital hospital" change.In this paper designed physiological data acquisition system based Internet of Things,and proposed a solutions on intelligent physiological data acquisition system. The whole system have sensing devices, transmission equipment, and medical workstation application software. Sensing equipment uesed to acquire physiological parameters automatic. Signal transmission equipment uesed to transfer parameters. Software applications uesed to collect and manage these parameters. This paper introduces wireless electronic temperature pulse meter, transmission device, medical workstation applications software development. Temperature and pulse can automatical collect and transmit. Health care workers monitor and manage these parameters by the application software. Temperature and pulse collect in the armpit at the same time. This can simplify the measurement process. At presently, electronic thermometer cann’t used in clinical because accuracy and disinfection. In this paper, solve these problems, researched wireless charging equipment for temperature pulse meter. Finally, apply this system in wards, test devices in this system. Testing accuracy of the device, applications can receive real-time charging efficiency or not, charging efficiency. Most indicators and functional can meet the system requirements. This system can achieve comprehensive collection and intelligence gathering physiological parameters. Its application will widely.