Δημοσιεύτηκε στις 6 Δεκ 2018
LinkDyn’s robot arm, and the actuator technology it’s built on, has the potential to fundamentally change the way we interact with robots. This technology which features seamless, safe, and smooth interaction with humans and changing physical environments, will drive the next big push in robotics toward humans and robots interacting closely and safely. The robotic arm provides just one example of how this ability to interact easily and safely with robots can empower the human workforce by exploiting the radical benefits of VR training while losing no drawbacks compared to conventional training. This same technology, with slight adjustments to the VR contents and software, can also serve to help patients suffering from physical or neurological injuries to rehabilitate more effectively than ever. The device was built on LinkDyn’s patent-pending actuator platform, which takes cues from human muscle design and cutting edge human-robot research to deliver the highest performing force control in a compact form factor. This fundamental technology is designed from the ground up for seamless human-machine interaction, and enables a massive leap forward in wearable exoskeletons, interactive robots, haptic feedback, and more compared to conventional robotic technology. https://linkdyn.com
Exoskeleton, LinkDyn, robot arm, VR
This entry was posted on February 24, 2019, 17:13 and is filed under REHABILITATION, Rehabilitation robotics, Video, Virtual reality rehabilitation. You can follow any responses to this entry through RSS 2.0. You can leave a response, or trackback from your own site.

