Intelligent control method for intelligent electronic display board

Abstract

The invention relates to an Internet-of-Things control method, in particular to an intelligent control method for an intelligent electronic display board. The method comprises the following steps of:1, acquiring a switching signal of equipment, namely performing circuit parallel connection on an indicator lamp pin of the current equipment, and acquiring operation, standby and repair information of the indicator lamp pin in time; 2, displaying the acquired equipment switch information on an electronic display board, setting a key position corresponding to each piece of equipment on the intelligent electronic display board, and enabling the key position to have an indicating lamp function, thereby enabling an indicating lamp of the key position to map a switch signal corresponding to each piece of equipment; 3, defining the operation mode of each key, and controlling the equipment to change the operation mode, the standby mode or the repair mode after the key is pressed down; and 4, performing information transmission on a switching signal acquired by the equipment corresponding to each key through the signal transmission module of the electronic display board so as to display the switching signal on the central control system.

Description

technical field [0001] The invention relates to a method for controlling the Internet of Things, in particular to an intelligent control method for an intelligent electronic kanban. Background technique [0002] At present, the production equipment used in the existing industrial production design is generally divided into those that can perform data transmission and collection functions and those that cannot perform data transmission and collection functions; the so-called production equipment that can perform data transmission and collection functions means It communicates information such as standby state, fault state, production state, and the duration of each state, so as to facilitate the collection by the control center, and feedback the information and results that customers need to know through the customized algorithm of the control center. The production equipment that cannot perform data transmission and collection functions means that the information of the prod...

AI Technical Summary

Problems solved by technology

But as mentioned above, most of the machine tools in machining centers are still in stand-alone mode, and there is no data communication. It is impossible to iteratively update the entire production equipment for this function.