Web configuration method for industrial equipment

Abstract

The invention discloses a Web configuration method for industrial equipment. According to the technical scheme, the Web configuration method specifically comprises the following steps of S1, constructing cloud data, wherein the cloud data comprises a configuration application server, a file server and a data server; S2, carrying out collection, storage, knowledge mining and packaging on the industrial field equipment data through the Internet of Things technology; S3, operating and using, wherein the cloud provides a configuration application for a user in a network form, and a user remotely accesses the industrial field data and the configuration editor, clicks, selects and drags the equipment and arranges the equipment into the configuration editing according to requirements or the actual conditions, forms a simulation image consistent with the industrial field, connects a dynamic data source matched with the industrial field equipment for the simulation image, and finally forms an interface for driving animations via data by linking the data source with the simulation interface. The Web configuration method has the advantages of being good in remote control capability, high in implementation efficiency and not high in universality.

Description

technical field [0001] The invention relates to a configuration software method, more specifically, it relates to a Web configuration method oriented to industrial equipment. Background technique [0002] With the vigorous promotion of the industrial Internet, a number of industrial Internet platforms have emerged recently at home and abroad. The industrial Internet platform is oriented to the needs of digitalization, networking, and intelligence in the manufacturing industry, and builds a service system based on massive data collection, aggregation, and analysis. , is an industrial cloud platform that supports ubiquitous connection, flexible supply, and efficient allocation of manufacturing resources. At present, the main configuration software in the market is used to realize human-computer interaction in the field of industrial automation control. This method has the ability of real-time synchronization and overview screen, but there are still the following shortcomings: ...

AI Technical Summary

Problems solved by technology

[0003] Poor remote control capability: Most of them require local configuration or programming to form a configuration interface. After successful release, they need to be previewed on the local human-computer interaction interface (HMI) or server, and cannot be remotely controlled.

[0004] The implementation efficiency is not high: programming needs to be carried out according to the working conditions on site, and different equipment, different layouts, and different configuration requirements need to be realized by means of programming

It cannot be achieved by clicking or dragging

[0005] Poor versatility: Due to the large number of popular configuration software currently on the market, there are differences among brands. If an application case includes multiple types of equipment, a configuration software may not be implemented due to the inability to communicate with all of them. do site remodeling

[0006] Strong operating system dependence: most configuration software depends on Windows and Andriod systems

And the configuration software needs to be installed

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