機械力学，計測，自動制御，ロボティクス，メカトロニクス
ミミズの筋構造を模した蠕動運動型ロボットの開発
2018 年 84 巻 861 号 p. 17-00548
詳細
2018 年 84 巻 861 号 p. 17-00548
In disaster areas, rescue work by humans is extremely difficult and dangerous. Therefore, rescue work using rescue robots in place of humans is attracting attention. This study specifically examines peristaltic crawling, the movement technique used by earthworms, because it can enable movement through narrow spaces and because it can provide stable movement even in various difficult environments. Moreover, we designed each part of the robot based on required specifications and developed a real robot. We present results of motion experiments conducted with robot movement on level ground.
