An integrated design method of robot intelligent joints based on artificial intelligence

Lina Guo
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Abstract

Now, industrial robots are gradually popularized in the industrial scene, gradually replacing some tasks that were originally participated in. In order to solve the disadvantages of traditional robots, a series of new concepts such as flexibility, lightweight, integrated joints, and cooperative robots have emerged gradually, and finally the cooperative robot with integrated joints has become a mainstream direction today. In view of the rise of cooperative robots and the demand for integrated joints, this paper studies the integrated design(ID) method of robot intelligent joints based on artificial intelligence(AI). The development and modeling of modular joint and the hardware design of integrated joint robot are discussed; The modular joint was tested from different aspects, and the torque and positioning accuracy of the joint were tested to verify the functionality and applicability of the modular joint.
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基于人工智能的机器人智能关节集成设计方法
现在,工业机器人在工业场景中逐渐普及,逐渐取代了一些原本参与的任务。为了解决传统机器人的弊端,柔性化、轻量化、关节一体化、协作机器人等一系列新概念逐渐涌现,最终关节一体化的协作机器人成为当今的主流方向。鉴于协作机器人的兴起和对集成关节的需求,本文研究了基于人工智能(AI)的机器人智能关节集成设计方法。讨论了模块化关节的开发与建模以及集成关节机器人的硬件设计;从不同方面对模块化接头进行了测试,并对接头的扭矩和定位精度进行了测试,验证了模块化接头的功能性和适用性。
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