Harvard researchers present us with a very influential artificial tentacle system came out with. This robotic system has a very precise catching capability. owner.
Scientists continue to develop robotic systems inspired by nature. one of these “Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS)” developed by researchers artificial tentacle systemIt can be attached to the front of a standard robotic arm and grips just about anything without damaging it. The soft structure system, which is seen to be very effective especially in catching and lifting sensitive objects, does not require special algorithms, planning studies or complex control systems, unlike other gripping systems. This brings great convenience to scientists.
This artificial tentacle system While developing, the researchers, whose inspiration points are octopuses, guarantee the lifting process with a movable arm, which they call multiple filaments. According to the statement, these arms are filled with air to provide grip, and when the pressure created is released, the grip disappears. The system, which you can watch in the video above, brings to mind the worms in motion.
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Many robotic systems still have problems catching and holding fragile/fragile objects. However, such a problem will certainly not exist in the near future, thanks to systems like the one on the page, mechanical systems with better understanding than humans will enter our lives.