ABSTRACT
Electronic skin has shown great application potential in many fields such as healthcare monitoring and human-machine interaction due to their excellent sensing performance, mechanical properties and biocompatibility. This paper starts from the materials selection and structures design of electronic skin, and summarizes their different applications in the field of healthcare equipment, especially current development status of wearable sensors with different functions, as well as the application of electronic skin in virtual reality. The challenges of electronic skin in the field of wearable devices and healthcare, as well as our corresponding strategies, are discussed to provide a reference for further advancing the research of electronic skin.
Subject(s)
Humans , Wearable Electronic Devices , Virtual RealityABSTRACT
Objective:To provide informational and personalized health service platform for the current number of chronic diseases and health groups. Methods:a variety of portable devices physiological data were collected to transmit to the remote health monitoring platform, making the service with strong mobility for home care, postoperative care and patient care whenever and wherever needed to provide the best care service model, so that medical and health care is no longer subject to the constraints of time, hospitals and other fixed places. Results: Through a variety of wireless transmission technology and the intelligent terminal and regional health data center, it can be further mining, analysis and storage for the data information, and provide diagnostic advice. It can effectively alleviate the tension of medical resources. Conclusion:The establishment of remote health monitoring platform can alert doctors and relatives when data is abnormal to win time for rescue. It can effectively manage the disease treatment, prevention and rehabilitation.
ABSTRACT
Short range radio communication based on non-standard protocol is suitable for transmission in short distance,for it's low cost,power consumption and easy-to-develop.So,an individual healthcare monitoring system is designed on the basis of non-standard wireless communication chip nRF24L01.When compared with that of standard wireless communication,the system is gifted with higher performance,lower power consumption,and better communication capability.