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SIMULATION OF DOUBLE ROBOT COOPERATIVE SHEET METAL BENDING PRODUCTION LINE.

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Title: SIMULATION OF DOUBLE ROBOT COOPERATIVE SHEET METAL BENDING PRODUCTION LINE.
Authors: CAI, Y. Q.1 caiyq@ncst.edu.cn, GENG, Z. H.1, WU, H. W.1
Source: Metalurgija. 2024, Vol. 63 Issue 3/4, p461-464. 4p.
Subjects: Sheet metal, Sheet metal work, Production planning, Three-dimensional modeling, Robots
Abstract: Aiming at the problem that large sheet metal bending parts cannot be processed by single robot, and the manual assisted bending method has high labor intensity and low work efficiency; double robots work together to complete the handling of the plate; Firstly, according to the actual production requirements of sheet metal bending, the process planning and three-dimensional modeling of the production line are completed. Secondly, the kinematics analysis and base coordinate system calibration of the dual robot are completed. Then, by establishing the mathematical model of each unit, the end pose matrix in the local coordinate system of the robot is finally obtained, and the joint angles of the robot machine are obtained by inverse kinematics. Finally, the production line simulation is completed by Rapid offline programming. The research results show that the kinematics model is correct, and the production line can complete the sheet metal bending work without collision, which can provide reference for the research of large sheet metal bending. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
Description
Abstract:Aiming at the problem that large sheet metal bending parts cannot be processed by single robot, and the manual assisted bending method has high labor intensity and low work efficiency; double robots work together to complete the handling of the plate; Firstly, according to the actual production requirements of sheet metal bending, the process planning and three-dimensional modeling of the production line are completed. Secondly, the kinematics analysis and base coordinate system calibration of the dual robot are completed. Then, by establishing the mathematical model of each unit, the end pose matrix in the local coordinate system of the robot is finally obtained, and the joint angles of the robot machine are obtained by inverse kinematics. Finally, the production line simulation is completed by Rapid offline programming. The research results show that the kinematics model is correct, and the production line can complete the sheet metal bending work without collision, which can provide reference for the research of large sheet metal bending. [ABSTRACT FROM AUTHOR]
ISSN:05435846