Title :
The angle cutting robot system in the shipbuilding industry
Author :
Mihee Nam ; SeungHwan Mun ; JaeChang Lee ; Jangmyung Lee
Author_Institution :
Samsung Heavy Ind., South Korea
Abstract :
This paper presents a novel design and application of the angle cutting robot system in the shipbuilding industry. The angle cutting robot system can cut end-cuts and hole-cuts with various shapes as well as it can print some frame lines, a bend line and a label on an angle. The angle cutting robot system has two parallel production lines considering work circumstance and work efficiency. This system performs five-stage process such as loading, transferring, printing, cutting and grinding. For a high cutting quality, the hybrid gantry robot with 3 prismatic joints and 3 revolute joints was designed to get a high positioning accuracy. In addition, a shape measuring system was developed to figure out an actual dimension of an angle. The developed angle cutting robot system was installed and has been operating in a shipyard. This system makes it possible to replace hard manual workers with robots and to improve both productivity and quality of angles.
Keywords :
cutting; industrial robots; productivity; shipbuilding industry; angle quality; bend line; cutting quality; developed angle cutting robot system; frame line; hybrid gantry robot; parallel production line; positioning accuracy; prismatic joint; productivity; revolute joint; shape measuring system; shipbuilding industry; work efficiency; Robot kinematics; Service robots; Shape; Shape measurement; Shipbuilding industry; Steel;
Conference_Titel :
Advanced Intelligent Mechatronics (AIM), 2015 IEEE International Conference on
DOI :
10.1109/AIM.2015.7222747