The assembled sensor demonstrates ultrahigh sensitivity, large linearity, excellent cycling stability, and fast response speed in the milliseconds. Moreover, the development of advanced neural network technology makes it possible to realize intelligent skin-like sensor. In this study, it is the first ...
Fig. 1. Recent advances in health monitoring devices and intelligent assistive devices based on skin sensors. (a) A flexible, wearable, and flexible skin-like pressure sensor, which could monitor important physiological signals in real time.97 (b) A wearable tactile sensor that responds instantly...
materials, the skin electronics were able to conform the topography of the skin and accommodate strains during natural body motion. To demonstrate the application of PSeD-U elastomers for bio-integrated electronics, we fabricated the piezocapacitive pressure sensor based on a microstructured PSeD-U20...
A Skin-Like Sensor for Intelligent Braille Recognition A flexible skin-like tactile sensor as one of the key components in the next generation for robots should have the ability to perform real-time feedback, c... XF Zhao,CZ Hang,HL Lu,... - 《Nano Energy》 被引量: 0发表: 2019年 A...
The pressure sensor prototype combines stretchable electronics and long-term memory cells, the heat sensor brings together temperature-reactive coatings and memory, while the pain sensor integrates all three technologies. PhD researcher Md Ataur Rahman said the memory cells in each ...
However, the traditional tactile and pressure sensors cannot perform human-skin-like intelligent properties of high sensitivity, large measurement range, multi-function and flexibility simultaneously. The purpose of this paper is to present a flexible tactile-pressure sensor based on hyper-elastics poly...
Skin-like electrical sensor has been widely employed for wearable human healthcare monitoring but is limited by electromagnetic interferences, poor waterproof performance, and point-type measurement. Herein, a skin-like and stretchable optical fiber (SSOF) sensor with excellent stretchability (up to ...
However, the traditional tactile and pressure sensors cannot perform human-skin-like intelligent properties of high sensitivity, large measurement range, multi-function and flexibility simultaneously. The purpose of this paper is to present a flexible tactile-pressure sensor based on hyper-elastics poly...
Furthermore, the sensor is also capable of complex scenes involving tension and tactile sensing, such as dexterous hand perception and human–robot interaction control. This work provides novel insights into artificial intelligence-based integrated skin that shows broad promise in intel...
sensor integrationssoft robotsHuman‐interactive soft robotic technologies have potential in numerous applications such as automatic home‐use robots, industrial systems, and Internet of Things (IoT) concepts. One approach to improve soft robotics is to integrate multiple soft sensors to monitor diverse ...