Kirigami Structure Hydrogel Strain Sensors Empower Human-Machine Interaction Applications and Morse Code Recognition

Kirigami Structure Hydrogel Strain Sensors Empower Human-Machine Interaction Applications and Morse Code Recognition

Conductive hydrogels are ideal materials for developing flexible and stretchable sensor devices. However, achieving key characteristics such as high sensitivity, excellent stretchability, and environmental stability simultaneously has been challenging, limiting their widespread application. Recently, Professor Duan Huigao’s team from Hunan University proposed an engineering strategy inspired by Kirigami paper-cutting structures, significantly enhancing the strain sensitivity … Read more

Application of Resistive Strain Sensors Based on Proteus

Application of Resistive Strain Sensors Based on Proteus

Application of Resistive Strain Sensors Based on Proteus Electronic Scale 1. Objective ① Understand the basic principles and usage methods of resistive strain sensors. ② Comprehend the components and principles of electronic scales ③ Improve the sensitivity of the sensor 2. Basic Principles The electronic scale uses a strain gauge sensor to convert the weight … Read more

Research Progress on Gesture Recognition Applications of Flexible Strain Sensors

Research Progress on Gesture Recognition Applications of Flexible Strain Sensors

Wearable flexible electronic devices based on gesture recognition technology have significant application prospects in fields such as healthcare, robotics, human-computer interaction, and artificial intelligence. Developing high-performance flexible strain sensors is a crucial foundation for realizing high-performance wearable device applications. The sensitivity of the sensors determines the perception accuracy of wearable devices, while mechanical robustness under … Read more