Robots in most factories are fixed to the ground and clumsy, they are equipped with pliers or large paws, can only perform simple procedures have been designed, such as grasping an object, placed on the assembly line A place. Some of the more complex actions, such as adjusting the grip of an object, are still out of reach for most industrial robots nowadays.
Now MIT engineers have come up with a way to make the robots more flexible now: getting the environment to help. Led by Alberto Rodriguez, an assistant professor of mechanical engineering, the team has now developed a prototype that predicts the environment in which the object is being placed to adjust the force required to grab the object.
For example, if you want a robotic arm to grab the center of a pencil, the robot grasps the end of an eraser that uses its surroundings to adjust its grip, instead of dropping the pencil Catch again.
The robotics technology can be applied to manufacturing, medicine, disaster relief and other robotic arm-based modern robots. Interacting with the environment reduces costs and allows more complex actions to be performed.
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