Design Of Remote Monitoring Terminal For Multiple Physiological Parameters Of Sub-healthy Groups

In recent years,people gradually recognize the importance of their physical health and many medical structure build sub-health clinic department,so these people can find their physical health problems early by periodic inspection.But this still does not timely identify potential health problems,therefore there will be a set of real-time monitoring system.For collecting Real-time data of the human body and body treatments,this paper presents the design of a STM32-based core processors,in conjunction with other sensors subhealth guardianship and smart physiotherapy wearable system.The paper first introduces the health care system in the past,through analysis and research,then we present a new sub-health guardianship intelligent physiotherapy wearable system based on the STM32 processor.The STM32 processor is the core processor to control the entire system;The ECG sensor is responsible for collecting the human ECG data and heartbeat data;The temperature sensor is responsible for collecting the human body and environmental temperature;GPS module is responsible for fixing position;The Bluetooth module the monitoring terminal clinicians reference.Experiments show that the physiological parameters of the system are stable and reliable,the system cost is low,the data transmission rate is faster.The multi-physiological parameter monitoring system designed by sub-health population in this project can fully excavate the data of the physiological and health indexes of the human body,and then use the wavelet transform algorithm to denoise the data and unify it to the specific monitoring center.When the health care workers in the monitoring center found that the physiological parameters of the monitor were abnormal,the information can be immediately informed of their families,while the alarm will be sent to the measured information,and take the appropriate rescue measures.Therefore,the research and development of multi-physiological parameters of the monitoring terminal to achieve the elderly population and other sub-health personnel and critically ill patients with remote monitoring and early diagnosis of the disease is of great significance.