Design Of Iron And Steel Enterprises Manufacturing Execution System Monitoring Platform

With the development of China's iron and steel production enterprises,Manufacturing Execution System(MES)has been widely used in the production process.Manufacturing execution system(MES)plays an increasingly important role in the production process of various processes in iron and steel enterprises,and its stable and efficient operation has become a key factor affecting the production efficiency and information construction of enterprises.It is impossible to realize real-time monitoring of manufacturing execution system by means of manual spot inspection,which leads to the inability to closely monitor the whole process of production.Therefore,the study of a set of highly automated monitoring system has the advantages of improving the monitoring efficiency of manufacturing execution system,improving the level of production automation,finding and eliminating faults in time,and it has great significance to continuously improving the level of production automation of iron and steel manufacturing enterprises.In this paper,the characteristics and principles of the manufacturing execution system in iron and steel enterprises are analyzed,and the requirements of the system monitoring system are summarized,and a monitoring platform of the production execution system is studied.Firstly,according to the status of operation and maintenance of manufacturing execution system in iron and steel enterprises,the overall design of monitoring platform is carried out;secondly,the monitoring platform is comprehensively analyzed based on the actual monitoring requirements,and the framework and implementation of monitoring platform are determined;thirdly,under the guidance of object-oriented programming theory,monitoring objects are instantiated,monitoring points are determined,and the program flow of monitoring platform is designed.Finally,the object-oriented programming technology is used to design functional modules to realize a monitoring platform with comprehensive monitoring data and diverse alarm functions.Guided by the theory of object-oriented programming and utilizing general monitoring technology,the network state,Windows operating system and server performance parameters,AIX operating system and server performance parameters,Oracle database performance parameters and important business data in the system structure are collected in real time,and displayed synchronously in the monitoring platform interface.Through the overall design of the monitoring platform and the design of software and hardware.Finally,the function of the monitoring system is realized.The alarm threshold is set for the monitoring points in the screen of the monitoring platform.When the real-time monitoring data reaches or exceeds the alarm threshold,the monitoring points are set to red and the screen reminds;the buzzer of the monitoring service and client motherboard is turned on and the sound reminder is turned on;the voice alarm content is set for each monitoring point,and the voice is played through the platform program logic judgement and the voice playing equipment.Alarm;SMS alarm,send abnormal monitoring point alarm information to maintenance personnel's mobile phone.Through the above function design,the monitoring and alarming function of manufacturing execution system is realized,which provides an important technical reference for enterprises to further improve the automation production.