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Development of miniature dinosaur-like robot TITRUS-III

机译:微型恐龙状机器人TITRUS-III的研制

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摘要

The fundamental concepts of the dinosaur-like robot called TITRUS and the mechanism design of TITRUS-IIII are reported. It is based on practical concepts so that it can be applied in the real world. The walking robot has become one of the most attractive themes in robotics. So far the issue has been how we could realize it. This means that the main theme has been how to make it walk However since the biped robot called P-II appeared, the paradigm has been changing into what the application will be. TITRUS-III is based on the concept to realize a practical application. The features are (1) realizing high dynamic stability by using a neck and a. tail as an active damper when the robot walks, (2) standing with the tail to compose a stable supporting triangle so that the robot can work stably and (3) enabling it to do various tasks by applying a manipulator as a neck. The mechanism of the legs is also distinctive, using a coupled drive to compose four degrees of freedom.
机译:报道了称为TITRUS的类恐龙机器人的基本概念以及TITRUS-IIII的机构设计。它基于实际概念,因此可以在现实世界中应用。步行机器人已成为机器人技术中最吸引人的主题之一。到目前为止,问题在于我们如何实现它。这意味着主要的主题是如何使其行走。但是,自称为P-II的两足动物机器人出现以来,范例已在转变为应用程序。 TITRUS-III基于该概念来实现实际应用。其特点是:(1)通过使用琴颈和琴键实现高动态稳定性。当机器人行走时,尾巴作为主动阻尼器;(2)与尾巴站在一起,组成一个稳定的支撑三角形,以便机器人可以稳定地工作;(3)通过将操纵器用作颈部,使其能够执行各种任务。腿部的机制也很独特,它使用耦合驱动器来构成四个自由度。

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