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Development of a Portable Welding Robot for Welding Jobs in Ship Blocks

Juyi Park, Jinwook Kim, Jungmin Kim, Ji-Yoon Kim, Woongji Kim, Soo-Ho Kim

Year
2014
Citations
3
Access
Open access

Abstract

This paper represents a portable robot for use in the welding process of the double hulls in shipbuilding yards. It has 5 degrees of freedom and 3kg of payload. Its body weight is 17.3 [kg] so that human workers can carry it by hand to the work place. Its body is mainly made of magnesium and aluminum alloys. Since the robot is placed about 25m apart from its controller, EtherCAT is adopted for reliable connection between the robot and controller through a single light cable. RTX real-time kernel and KPA EtherCAT master are used to control the robot on a Windows XP environment. The performance of the developed robot is satisfactory to the requirement in welding tasks of U-type cells in shipbuilding yards.

Keywords

Robot weldingShipbuildingPayload (computing)RobotWeldingEngineeringController (irrigation)Process (computing)SimulationAutomotive engineering

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