Researchers from the Hong Kong University of Science and Technology have developed a "flex-and-flip" manipulation technique for robots to grasp thin, flexible objects, like pages or cables, lying flat.
By flexing the object and using its internal energy, a robotic gripper achieves a stable grasp as the object flips between its fingers.
This method works with simple, compliant mechanisms and requires minimal control. Experiments with robotic page turning show its reliability and effectiveness, paving the way for practical applications in handling delicate, flexible materials
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Pavel Ryzhikh
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Ensuring Safety in Robot-Human Interactions
Researchers at Carnegie Mellon have developed the Safe Protective and Assistive Robot Kit (SPARK), a modular toolbox to enhance safety in humanoid robots. Humanoids are versatile but can pose risks due to their complex physical structures and capabilities.
SPARK integrates advanced safety algorithms, allowing users to customize safety settings and balance performance with protection. Compatible w
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Scientists have created a prototype robotic chicken that takes off more efficiently than drones
Swiss scientists from the Federal Polytechnic School of Lausanne, after a long period of bird watching, have built a drone on chicken legs and named it Raven. The robot has a propeller, a fixed wing and mechanized legs, which, according to the creators, allow it to fly faster and higher without excessive energy expenditure.
Head of development says modern drones need additional propellers and mot