Objects color clasification and repositioning operated by a delta robot

José Daniel Martinez Reyes, Germánico González Badillo, V. E. E. López, Guillermina Guerrero Mora
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引用次数: 2

Abstract

A delta robot is a parallel arms robot that consists of three arms like parts linked to a common joint located at the base. One of the most important characteristics is the usage of parallelograms situated in the arms that maintain the orientation of the end effector. Many engineering applications in mechatronics environment are being enhanced by the usage of different kinds of robots, and this robot is not the exception. Used in the aerospace industry is one of the most important robots that makes possible some of the greatest aircraft simulator systems. In this work, the design and construction of a delta robot capable to identify and relocate objects according to its color is shown. Direct and indirect robot kinematics were obtained to know the positions of the end effector and the robot arms. Some tests were carried out with a color sensor to recognize different colors and to classify the objects due to the main objective, that this project is aimed to be used in food companies to detect fruits or vegetables in poor condition.
由delta机器人操作的物体颜色分类和重新定位
三角机器人是一种平行手臂机器人,由三个类似手臂的部件组成,它们连接在一个位于底部的共同关节上。其中一个最重要的特点是使用平行四边形位于手臂,保持末端执行器的方向。在机电一体化环境中,许多工程应用都因各种机器人的使用而得到加强,这种机器人也不例外。在航空航天工业中使用的是最重要的机器人之一,它使一些最伟大的飞机模拟器系统成为可能。在这项工作中,delta机器人的设计和构造能够根据物体的颜色识别和重新定位物体。得到了机器人的直接和间接运动学,从而确定了末端执行器和机械臂的位置。使用颜色传感器进行了一些测试,以识别不同的颜色并对物体进行分类,因为该项目旨在用于食品公司,以检测状况不佳的水果或蔬菜。
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