A Method for Developing Interface Configuration of Numerical Control System

Abstract

The invention discloses a method for developing configuration of interfaces of numerical control systems. The method includes dividing interface systems into a plurality of modules; dividing the modules into a plurality of basic units, sorting the basic units and generating functional unit sets; carrying abstract processing on the functional unit sets and packaging the functional unit sets to form functional assemblies; constructing corresponding environments for developing the configuration of the interfaces of the numerical control systems and setting management units to manage the functional assemblies of the modules; configuring configuration of the functional assemblies by the management units and constructing configuration interfaces; carrying out simulation running on the constructed configuration interfaces and determining whether functional requirements are met by the configuration interfaces or not; loading configuration scripts and executing the configuration interfaces. According to the technical scheme, the method has the advantages that the numerical control interface systems are divided into the graphic, data and interaction modules, the corresponding independent functional assemblies of the various modules are extracted, can be instantiated in graphic visualization manners and can be combined with assemblies in the graphic visualization manners, and the configuration interfaces of the numerical control systems can be quickly constructed.

Description

technical field [0001] The invention belongs to the field of man-machine interface configuration of a numerical control system, and in particular relates to a method for developing interface configuration of a numerical control system. Background technique [0002] Configuration software enables monitoring and control of automation processes and equipment. It can collect various information from automated processes and equipment, display the information in a more understandable way such as graphics, transmit important information to relevant personnel by various means, perform necessary analysis, processing and storage of information, Issue control commands and so on. The configuration development technology of human-machine interface has been widely used in the field of automatic monitoring system, and its high efficiency and high scalability have been widely recognized. However, in the development of the actual numerical control system interface, most of them still adopt...

AI Technical Summary

Problems solved by technology

However, in the development of the actual numerical control system interface, most of them still adopt the traditional coded development mode, and the application of configuration interface development technology is seldom, and there is no complete set of technical solutions to realize configuration development, which leads The development efficiency of the CNC system interface is low, the flexibility and scalability are not high, and the user experience is poor, which cannot meet the open and intelligent development requirements of the CNC system

[0003] The core of the configuration is the combination of functional components. In the existing CNC system configuration scheme, only the configuration of the graphical interface is carried out, and the configuration realization of the CNC system data and human-computer interaction is not considered.

At the same time, the configuration carrier is relatively closed, which only saves the configuration information related to the graphical interface, resulting in low flexibility of the configuration interface

Most of the NC configuration interfaces developed with the idea of ​​configuration are directly based on the configuration software of the automation monitoring system. Due to the differences between the automation monitoring interface and the NC system interface, the NC configuration interface constructed cannot meet the requirements of the man-machine interface of the NC system. Functional and Interaction Requirements

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