In recent years, with the continuous advancement of technology, various types of robots have gradually entered people's lives. These robots can talk, walk, and help humans perform "impossible tasks." So you may ask, can robots feel? Scientists from Georgia Institute of Technology in the United States have given the answer. Recently, these scientists have developed a new type of robot "skin" that can give the robot a sensitive "tactile sensation", thereby flexibly avoiding various obstacles encountered in the progress. Ten years ago, Henry Evans, who lives in California, the United States, was unfortunately highly paralyzed after a stroke, and could only move with one finger. At that time, he might not even think that he can now use this finger to operate a sophisticated robot, and this robot can interact with him with a "tactile" skin. Evans recalled the scene of the first interaction with this robot so far, and he felt very magical. "Through this" touch "skin I can directly contact the robot. I'm sure it won't cause any harm to me. Rather, when the robot moves around, it can feel my presence." The "tactile" skin that Evans calls is the robot "skin" invented by scientists at Georgia Institute of Technology for robots. This skin contains hundreds of independent sensors. By covering this "skin" on the robot's mechanical arm, with the information collected by the sensor, the robot can use the so-called "tactile" to identify the surrounding situation, find the best route of travel and control the direction of movement. The researchers said that the original intention of their research on robot "electronic skin" was to make the robot more humane. Charles Kemp, associate professor of bioengineering at the Georgia Institute of Technology, said: "Biological tissues, like animals or insects, have tactile perception throughout their bodies and are very sensitive. Robots do not have this ability yet, so the first thing we need to do is to give the robot Install sensors, not just eyes, ears, or even skin. " The robot arm wrapped with "skin" is very flexible and can also control the force when touching an object. Relying on this "electronic skin", the robot can not only sense the location and orientation of the object, but also obtain the hardness and strength of the object. Charles Kemp explained, "This robot has a model of an arm, and the robot relies on it to feel the outside world. The robotic arm will determine the next movement and movement direction through the sense of touch. Based on some clever mathematical operations, the robot can completely Follow the instructions to complete the established tasks. " At present, this "electronic skin" is still in the preliminary stage of research and development, and future researchers will explore how to apply it in more fields, including using it to improve the quality of life of people with disabilities. Infrared Gas Grill,Portable Infrared Grill,Infrared Grill,Camping Gas Barbecue JIANGMEN XINXIN METAL PRODUCTS CO., LTD. , https://www.xxbbqgrills.com