A novel 5-axis robot for printing high resolution pictures from media on 3D wide surfaces

J. Gazeau, Z. Said, G. Ramírez-Torres
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引用次数: 15

Abstract

A novel 5-axis robot for industrial large printing applications is presented in this paper. The robot was developed at the LMS1 from Poitiers University and an international patent [1] was deposited for this invention in 2006. It concerns large format three-dimensional printing on a fixed surface, like trailer tarpaulin for example. The robot is composed by an inkjet printing block and a device to dry the ink sprayed onto the surface. Kinematics of the mechanical device with 5 degrees of freedom was studied to position and orientate the printheads onto the surface to be printed. The structure of the robot is simple with high speed capability and printing resolution. The working principle and mechanical structure are described and the geometrical model and control of the robot are also discussed. Finally printing results illustrate the efficiency of the proposed 3D printing robot.
一种新型的五轴机器人,用于在3D宽表面上从媒体打印高分辨率图像
介绍了一种适用于大型工业印刷的新型五轴机器人。该机器人由普瓦捷大学的LMS1开发,并于2006年为该发明申请了国际专利。它涉及在固定表面上进行大幅面三维打印,例如拖车篷布。该机器人由喷墨打印块和用于干燥喷到表面的油墨的装置组成。研究了具有5个自由度的机械装置的运动学,以实现打印头在待打印表面上的定位和定向。该机器人结构简单,速度快,打印分辨率高。介绍了机器人的工作原理和机械结构,并对机器人的几何模型和控制进行了讨论。最后的打印结果验证了所提出的3D打印机器人的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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