Design method of graphic editing interface for wire saw machine numerical control system

Abstract

The present invention involves the field of CNC control technology of rope saw machines, providing a graphic editing interface design method for the CNC system of a rope sawer, combining programming and graphics, which can effectively provide editing prompts for operators, high interface interactivity, editing input inputMethods diversified, simplified editing operations, facilitated operations, and at the same time, simulation processing can also be performed, estimation of execution, eliminating accidents, improving the effective correctness of the editing implementation, avoiding operational errors, realizing simple, intuitive, easy -to -learn and easy to use, Flexible and convenient interface distribution configuration.

Description

technical field [0001] The invention relates to the technical field of numerical control control of a wire saw machine, in particular to a graphic editing interface design method of a numerical control system of a wire saw machine. Background technique [0002] At present, the control system of the wire saw machine includes a controller with an interactive interface, a PLC control center, a beaded rope drive system, a walking control system, a head turning system, a hydraulic system, a head traverse system, a guide wheel telescopic system, and a beaded rope tension system. Detection and control system; the interactive interface communicates with the PLC control center through RS485 to various control instructions, and the PLC control center analyzes and processes the walking control system (controls the lifting and lowering displacement of the left and right pulley boxes of the wire saw machine, controls the wire saw machine The front and rear displacement and rotation of th...

AI Technical Summary

Problems solved by technology

[0003] The operator can edit the processing graphics on the interactive interface of the wire saw machine control system to drive the wire saw machine to process the workpiece into various graphics required. However, the current interactive interface of the wire saw machine control system Regarding the editing interface of processing graphics, there are problems such as poor man-machine interaction experience, single program input method, complex programming language, no programming prompts or notes, and cumbersome operations. This makes the editing interface require a high degree of basic knowledge of users and often requires a professional background. Most workers first recite professional codes and master programming skills, which makes it difficult for novices to get started and limits the wider use of wire saw machines; at the same time, the system code modification editing interface cannot intuitively reflect the changes before and after modification in the legend In terms of changes, and the existing editing interface lacks the simulation processing function, it is impossible to predict the execution of the input program, and it is prone to operation errors, and the practicability is low

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