Design of Complex Multi-Axis Control System Based on the Aircraft Flexible Tooling Platform

Ye Guang Yang; Jian Cheng Yang; Da Wei Wu; Ju Fei Xiao

doi:10.4028/www.scientific.net/AMR.479-481.2429

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Modular Product Family Design for Pumping Unit Based on Design Structure Matrix
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An Implementation Method of Encrypting Partial Bitstream Based on FPGA
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Design of Complex Multi-Axis Control System Based on the Aircraft Flexible Tooling Platform
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Large-Scale Board Host Rolls over the Production Line Main Electrical Machinery's Electric Control
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Three-Dimensional Numerical Analysis of Tunnel Seepage Based on the Iteration Method
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Structural Analysis and Lightweight Design for Cab Overturned Support of a Medium-Duty Truck
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Mathematical Model and Simulation Analysis of Hot Runner Temperature Field
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 479-481Design of Complex Multi-Axis Control System Based...

Design of Complex Multi-Axis Control System Based on the Aircraft Flexible Tooling Platform

Abstract:

According to the analysis of a flexible tooling platform, this paper realized the overall design of the control system for the flexible tooling platform, introduced the compound of the control system and operation principle in detail, realized the design of PC control software based on Visual C++ and CATIA secondary development technology, completed the design of the servo system and the RS-485 control system network and set up a completed flexible tooling platform control system.