Research and Development of Networked Manufacturing Experiment System
In recent years, in the field of advanced manufacturing technology, networked manufacturing has become a research hotspot. Some universities set up CAD/CAM laboratories and CNC machine tools laboratories to meet the needs of advanced manufacturing technology teaching. Take the NC Technology Teaching Experimental Center in Jiangsu Province as an example. The center has LANs for designing NC programs, processing drawings, and 3D modeling, as well as individual NC machining equipment. The NC program designed by the students can only be copied to the processing equipment via a floppy disk, which is inefficient. The processing of various processing equipment cannot be understood by the administrator and lacks a control mechanism. How to use network technology, and integrate the numerical control equipment and CAD/CAM LAN according to the effective integration mechanism, and finally constitute an experimental environment that is initially adapted to network manufacturing. It is an urgent problem to be solved. This paper constructs a networked manufacturing experiment system, analyzes the function of the system's information interaction model, and develops and researches the key technologies of networked manufacturing experiment system—task management and equipment monitoring. 1 Structure of Networked Manufacturing Experiment System
Figure 1 System network structure
Figure 2 System Information Interaction Model
Figure 3 designer software process
Figure 4 Communication software flow between dispatcher and designer
Figure 5 dispatcher software interface
Figure 6 Equipment-side software flow
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