Development Of Wireless Wearable Multiple Physiological Parameter Monitoring System

"The 12th Five-Year Program" start soon, the medical and health system reform is well underway, the social security system was further improved and the medical monitoring equipment along with the "The 12th Five-Year Program" of tne enriching policy is the new requirements. For a large hospital in the home medical monitoring equipment is not suitable for the patient to monitor their own health, for which we study a wireless wearable multi-parameter health monitoring system of the body.This design of a new wireless wearable multi-parameter monitoring system of human is easy to wear, does not influence the normal life of the user, the user real-time acquisition of the physiological parameters, through the wireless communication device to transmit to the central control of physiological information Data processing and display unit, allowing patients to daily life, to obtain physiological parameter information in the same time, patients must also avoid the trouble of monitoring visits to the hospital. In addition, the system can also connect through the Internet so that each hospital and home building information exchange systems, medical information may be by reference to a remote terminal or treatment the patient recovery guidance.The system uses wearable technology, wireless sensor networks and through the formation of the central control module unit of the establishment of the wireless wearable body monitoring multiple physiological parameters of the system. System by means of wireless sensor network technology, remote wireless communication technology and ARM technology, design a miniature, low power, real-time secure wireless wearable multi-parameter monitoring system the human body. System consists of wireless sensor nodes for wireless sensor networks, wireless sensor nodes to be monitoring the object's temperature, blood oxygen extraction and other indications of life out of the analog signal processing circuit through the front, through the wireless sensors is sent to the wireless transmission module Convergence of the central control unit node, the incoming physiological information control unit for data processing, and through the remote wireless communication module to collect the information passed to the family's cell phone or transfer to the hospital via the Internet database of the terminal, for the doctors to provide the Kinds of important physiological parameters, thus facilitating the effective monitoring of their health status, and promptly take appropriate action.This design of a wireless sensor network physiological signal monitoring system has good flexibility and scalability, suitable for families, communities and medical institutions to use, broad application prospects.