Numerical control equipment cascade system and method based on virtual and actual combination

Abstract

The invention provides a numerical control equipment cascade system and method based on virtual and actual combination. The system comprises a simulation teaching system, a data platform and real numerical control equipment, wherein the simulation teaching system comprise a real numerical control panel, simulation control software and a communication module, the data platform comprises a unified processing module, the unified processing module is used for receiving each network data packet provided by the simulation teaching system and carrying out unified processing on the network data packet, the real numerical control equipment is used for receiving the network data packet sent by the data platform after unified processing, extracting corresponding control instructions from the networkdata packet after unified processing and making corresponding response according to the control instructions. The system is advantaged in that the simulation control software can be associated with the real machine control panel and the real numerical control equipment.

Description

technical field [0001] The invention relates to the technical field of numerical control, in particular to a cascading system and method for numerical control equipment combining virtual and real. Background technique [0002] In the current teaching process of CNC machine tools, most schools only have simulation control software, and students generally use simulation control software to perform CNC operations in a virtual environment. However, such a virtual environment cannot be directly connected with the control panel of the real machine tool, let alone directly connected with the numerical control equipment of the real factory. This makes most students have never seen the CNC equipment of the real factory, and do not know how to operate the real CNC equipment, which leads to the closedness of the teaching, and the knowledge learned by the students cannot be connected with the real factory. Contents of the invention [0003] The invention provides a virtual-real combi...

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Problems solved by technology

However, such a virtual environment cannot be directly connected with the control panel of the real machine tool, let alone directly connected with the CNC equipment of the real factory

This makes most students have never seen the CNC equipment of the real factory, and do not know how to operate the real CNC equipment, which leads to the closedness of the teaching, and the knowledge learned by the students cannot be connected with the real factory.

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