This document is an introduction to designing a multiple degree of freedom robotic manipulator. The goal of the robot is to sort an object based upon the objects color. The robot will be a synthesis of several linkages, servo motors, an Arduino system, and an end-effector. The design must be able to autonomously determine what object to move and where to place it. The robot will have a maximum reach of 24 horizontally. The operating conditions include being able to sort several different colored spheres within the area of a 180{\deg} up to 16 from the base of the arm. Sorting consists of picking up the object from a random position near the base and moving it to a storing location near the edge of the defined operating range. With the following performance criteria and a limited budget, the final design will enter a competition to determine the most robust, and effective robotic manipulator.
翻译:此文档是设计多度自由机器人操纵器的介绍。 机器人的目标是根据对象颜色对对象进行排序。 机器人将合成多个链接、 瑟沃马达、 Arduino 系统和终端效果器。 设计必须能够自主地决定要移动的对象和放置它的位置。 机器人的最大水平将达到24个。 操作条件包括能够从手臂底部180\deg} 至 16 区域中分选几个不同的颜色区域。 排序包括从基地附近的随机位置采集对象并将其移动到在规定操作范围边缘附近的储存地点。 有了以下的性能标准和有限的预算, 最后的设计将进入竞争, 以确定最强大、 有效的机器人操纵器 。