Application Of Flexible Sensors

Flexible sensors have a wide range of applications in many fields, including health monitoring, electronic skin, temperature and pulse monitoring, tactile perception, self-powered three-dimensional force detection, and prevention of complications. ‌‌

In terms of health monitoring, flexible sensors can be used as wearable devices to monitor the user's vital signs in real time, such as heart activity, breathing rate, skin temperature and humidity. These data can be transmitted to the smartphone via a Bluetooth module, allowing users to check their health status at any time. In addition, flexible sensors can also be used for temperature and pulse monitoring. Through a system composed of smart fabrics and flexible micro-control patches, body temperature and pulse can be monitored in real time and synchronously, and the body temperature can be adjusted to a normal state autonomously.

In the field of electronic skin, flexible sensor technology is used to develop electronic skin, which can simulate touch and transmit electrical signals to the brain, allowing the wearer to "feel" changes in pressure, tension or temperature. This is of great significance in fields such as prosthetics and robotics. Flexible sensors are also used to develop self-powered electronic skin tactile sensors that can detect three-dimensional forces, including vertical pressure and tangential force. This sensor performs well in personalized monitoring scenarios such as handwriting recognition, step counting and respiratory monitoring.

In terms of preventing complications, flexible pressure sensors can monitor the patient's body position and help doctors prevent complications such as pressure sores.

‌Flexible sensors have broad application prospects in the medical field and can significantly improve the quality of life of patients and the work efficiency of medical professionals. ‌ With the continuous advancement of technology, the application of flexible sensors in health monitoring, electronic skin, body temperature and pulse monitoring will become more diversified and intelligent.