Wearable devices show potential to replace traditional electronics in the areas of motion monitoring, personal healthcare and rehabilitation training. For patients with neurological impairments who suffer from motor and sensory dysfunction, the development of wearable devices with the ability to monitor their joint status and ambient temperature in real time during rehabilitation training can protect them from secondary injuries. Preparation of multifunctional flexible sensors with fast response, high sensitivity, good linearity and ultra-stability for motion and temperature recognition, as well as further integration into the sensors and smart chips for signal reading and transmission. It can provide users with a comfortable smart wearable device that can monitor motion and temperature in real time.
The smart glove, developed by integrating multifunctional sensors with a customized data acquisition and transmission chip, can be used to monitor and transmit motion and temperature signals. Its integrated, low-cost, lightweight, multifunctional, and comfortable features allow for effective, real-time, and accurate monitoring of joint motion and temperature, showing great potential in sign language recognition, vocational rehabilitation, and telemedicine in the Internet of Things era.