AbstractWe present a multifunctional and stretchable capacitive sensor capable of accurately detecting large strains, pressure and human touch. The device is prepared as a plate capacitor with stretchable thin gold film electrodes. Using conventional patterning techniques, a 3x3 array of stretchable sensors is prepared and implemented as a largearea 9-node touch pad. The array can operate when worn around the wrist or subjected to large deformations (>10% strain), measure pressure (up to 160kPa) and register touch applied with a finger, a metallic or plastic stylus
The connection of touch-based pressure or strain sensors and touch-less proximity sensors offers far...
The growing interest in artificial skin-based tactile systems requires sufficiently accurate, stretc...
Wearable sensors and devices capable of simulating human somatosensation are highly desirable to dev...
AbstractWe present a multifunctional and stretchable capacitive sensor capable of accurately detecti...
Sensors are devices that convert a physical stimulus into an electrical signal. Mechanical stimuli s...
Flexible and stretchable tactile sensors can fit complex surfaces nicely, and can be applied to robo...
Stretchable and transparent touch sensors are essential input devices for future stretchable transpa...
Developing a successful strategy to fabricate multifunctional sensors with high linear sensitivity i...
Human intervention can be replaced through development of devices with a broad range of sensory capa...
This paper introduces a study on flexible and stretchable sensor arrays as an add-on for tactile sen...
Abstract Stretchable and wearable strain sensors have been intensively studied in recent years for a...
As the core component of the sense of touch, flexible pressure sensors are critical to synchronized ...
Stretchable and flexible tactile sensors have been extensively investigated for a variety of applica...
A stretchable tactile sensor skin has been demonstrated on the dorsal side of a robotic hand for the...
High-performance flexible pressure sensors have an essential application in many fields such as huma...
The connection of touch-based pressure or strain sensors and touch-less proximity sensors offers far...
The growing interest in artificial skin-based tactile systems requires sufficiently accurate, stretc...
Wearable sensors and devices capable of simulating human somatosensation are highly desirable to dev...
AbstractWe present a multifunctional and stretchable capacitive sensor capable of accurately detecti...
Sensors are devices that convert a physical stimulus into an electrical signal. Mechanical stimuli s...
Flexible and stretchable tactile sensors can fit complex surfaces nicely, and can be applied to robo...
Stretchable and transparent touch sensors are essential input devices for future stretchable transpa...
Developing a successful strategy to fabricate multifunctional sensors with high linear sensitivity i...
Human intervention can be replaced through development of devices with a broad range of sensory capa...
This paper introduces a study on flexible and stretchable sensor arrays as an add-on for tactile sen...
Abstract Stretchable and wearable strain sensors have been intensively studied in recent years for a...
As the core component of the sense of touch, flexible pressure sensors are critical to synchronized ...
Stretchable and flexible tactile sensors have been extensively investigated for a variety of applica...
A stretchable tactile sensor skin has been demonstrated on the dorsal side of a robotic hand for the...
High-performance flexible pressure sensors have an essential application in many fields such as huma...
The connection of touch-based pressure or strain sensors and touch-less proximity sensors offers far...
The growing interest in artificial skin-based tactile systems requires sufficiently accurate, stretc...
Wearable sensors and devices capable of simulating human somatosensation are highly desirable to dev...