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Current position£ºHome > News Friction, Tongmao Linear Motor to show you a robot that can play "drift board."

Friction, Tongmao Linear Motor to show you a robot that can play "drift board."

time£º2019/6/17  click£º5794
     Friction, Tongmao Linear Motor to show you a robot that can play "drift board." In the first two years, a "My Scooter Shoes" burned all over the country. The dialect accent was accompanied by witty lyrics. At night, it seemed that men, women, and children were brainwashed. They inadvertently jumped out with a lyrics. "Skateboard shoes are not afraid of darkness. Step by step, step by step, like a claw, like the devil's pace, friction, friction, I beat myself. " Now, with the development of science and technology, it is no longer only human beings who can wear slide shoes to rub on the ground.
     According to a small editor of Tongmao Linear Motor, researchers based on Kuxier•silinate in the hybrid robot laboratory at the University of California, Berkeley, developed a bipedal robot called Cassie and allowed Cassie to learn to wear floating shoes. The ability to spin.
     The researchers spent eight months developing the entire system, including the controller, the path planner, and the visual system. It also includes the development of mathematical models for Cassie and drift plates, the establishment of dynamic simulations, and finding out how Cassie connects and communicates with various sensors.
     Then the robot talks about the "drift board" on which his foot is stepping. These shoes are like splitting the drift board into two and making an electric single-wheel roller skate. It can balance on the skates and control the body by tilting in all directions, which will allow each skater to add and subtract speed to keep itself upright. Even if it is not easy for humans to walk on roller skates, it has a deep understanding of the small series of linear Motors, because many attempts have ended in failure. This is still true for humans, and it is even more so for robots. But by adding a sensor package to Cassie, researchers at the University of California, Berkeley, have succeeded in allowing it to move quickly on its own campus.
     Although the current linear motor small editor does not know all the components of Cassie, it can be seen from the above that the body contains a visual system, and the visual system is a key application area for linear motors and coil motors. In addition, Kunshan Tongmao Electronics Co., Ltd., which specializes in the production of linear Motors, has its smart and high-performance Tongmao linear Motors adopted by many companies and universities at home and abroad that develop and produce robots like Cassie.
     This article originated from the original company of Kunshan Tongmao Electronics Co., Ltd.(www.tmmotion.com). Please indicate the source.