Skin-like robot can convey objects: Page 2 of 2

November 29, 2019 //By Julien Happich
Stretchable robot
Combining simple elastomeric electroactuators and electroadhesives, researchers at the Bristol Robotics Laboratory have designed a fully stretchable and rollable skin-like robot that crawl and convey small objects across a surface.

To prove the concept, the authors designed a soft self-actuating conveyor belt able to transport small objects at a speed of 0.28 mm/s. Since the active areas can be exploited as electromechanical actuators or as electrostatic gripper elements, or both simultaneously, the ElectroSkin robot can be driven in many different modes and future optimized designs could enable such robots to crawl up walls and across ceiling, explore difficult to reach environments including collapsed buildings.

The researchers also demonstrated an untethered ElectroSkin conveyor, based on a miniature microprocessor, a Li-Po battery, and two small and lightweight high-voltage amplifiers. Next they plan to integrate stretchable triboelectric nanogenerators to aim for self-powered ElectroSkin robots.

 

“ElectroSkin is an important step toward soft robots that can be easily transported, deployed and even worn. The combination of electrical artificial muscles and electrical gripping replicated the movements of animals like slugs and snails, and where they can go, so could our robots!”, commented Professor Rossiter.

University of Bristol - www.bristol.ac.uk

Related articles:

e-skins beats human touch with CNT-based structured capacitors

Event-driven e-skin eases robots’ compute requirements

Stretchable solar cells could power artificial electronic 'super skin'

Tactile skin gives prosthetics and robots a flexible touch

Soft robotics proprioception: Let the machine sort it out

Soft 3D-printed magnetic robots can crawl and jump, untethered

3D-printed hydraulic actuators for simpler robot mechanics

 


Vous êtes certain ?

Si vous désactivez les cookies, vous ne pouvez plus naviguer sur le site.

Vous allez être rediriger vers Google.