Intelligent three-view linkage method and intelligent three-view linkage system for production line

Abstract

The invention discloses an intelligent three-view linkage method and an intelligent three-view linkage system for a production line. The intelligent three-view linkage method includes the steps of acquiring design requirement information of the production line, subjecting a simulation system to three-dimensional modeling, setting up production line simulation model views, setting up or partially setting up the production line or unit physical system views and establishing configuration monitoring views; developing a management and control system, setting up a control network and establishing data and information channels between the management and control system and the control network. The intelligent three-view linkage method is capable of driving physical equipment, configuration monitoring interfaces and a simulation model to move simultaneously through data synchronization so as to achieve synchronous linkage of three views. An integrated platform integrating design, assembly, debugging, optimization and monitoring of the production line is achieved by means of the three-view linkage. The intelligent three-view linkage method for the production line has the advantages that all units are subjected to unit testing and integrated testing in a production line design and manufacturing process, so that production design schemes are optimized timely, a debugging period is shortened, input cost is reduced and value chains of a whole enterprise are superposed together effectively.

Description

technical field [0001] The invention relates to the technical field of industrial automation, in particular to a three-view intelligent linkage method and system for a production line. Background technique [0002] With the rapid development of intelligent manufacturing equipment and communication technology, my country's manufacturing industry has an increasingly urgent need for rapid design and reasonable implementation of automated production lines. Due to the time-varying market demand and the diversity of production needs, personalized customized production lines have become a new trend in production line manufacturing. However, the design process of the personalized customization production line is complicated, and the overall system cannot be considered for the serial design. The unit test and integration test of the production line were not carried out at the early stage of design, and the unreasonable parts of the design plan were not corrected and optimized in a ti...

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Problems solved by technology

However, the design process of the personalized customized production line is complicated, and the overall system cannot be considered for the serial design. The unit test and integration test of the production line were not carried out at the early stage of design, and the unreasonable parts of the design plan were not corrected and optimized in a timely manner. It is necessary to manufacture and assemble the entire production line before it can be tested. It requires continuous troubleshooting and rework of the design, which takes up a lot of time, space and funds, and eventually leads to excessive R&D investment and long R&D cycle of the entire production line.

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