Research and Application of the Visual Assembly System Based on the Process Lightweight Model

Da Wei Wu; Peng Liang

doi:10.4028/www.scientific.net/AMR.655-657.1687

Paper Titles

Reach on the Buffer Capacity Design between Body Shop Lines of Aar with Simulation Analysis
p.1666

Research on Open Shop Scheduling Based on Genetic Algorithm
p.1670

A Modified Genetic Algorithm for Sequencing Problem in Mixed Model Assembly Lines
p.1675

Computer-Aided Production Control of Automobile Injection Molds Based on Process Perception
p.1682

Research and Application of the Visual Assembly System Based on the Process Lightweight Model
p.1687

Cubic Polynomial Trajectory Planning Algorithm Based on Ideal Drive Force for Aircraft Fusagle Automatic Position and Pose Adjustment
p.1691

An Automatic Product Assembly Method Based on Assembly Feature Pair
p.1697

Analysis and Construction of Automobile Steering Gear Model Library Based on CATIA
p.1702

Research on the Key Technology of Realizing Roll Rapid Drawing System
p.1706

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Research and Application of the Visual Assembly System Based on the Process Lightweight Model

Abstract:

This paper in aircraft assembly at home and abroad on the basis of the technical investigation and through the study of domestic aircraft digital assembly backward, serial design, repeatedly modify, multiple test equipment, long production cycle, high cost problems, presented a lightweight model based on process of visual assembly technology. And elaborated this technology to the airplane rig production line vital significance, and proposed the concrete implementation method. Finally adoption of the instance can be seen, lightweight visual assembly of the model based on process technology, the domestic use of advanced assembly technology, construct advanced assembly lines, improve the assembly efficiency, reduce assembly costs are of important significance.