Design And Implementation Of Data Acquisition And Information System For Oxidation Production Line

The oxidation production line of aviation manufacturing enterprises is an important link in the processing of aluminum alloy parts,and the average number of parts processed in this production line is over 1000 pieces per day.Its production characteristics are: many models,large quantity of parts,small batch,unbalanced and parallel cross-input.Moreover,due to the different heat treatment standards and processes of military and civilian aircraft,as well as many factors such as scientific research and trial production projects,etc.However,The existing surface oxidation treatment line control is controlled by human beings,and manually filling out various types of forms in the process,which easily leads to many artificial parameter errors and non-real data generation.In order to solve the above problems and meet the needs of production information management.The production site needs to carry out real-time computer monitoring,data acquisition and storage of the operation information.Realize real-time control and collection of process temperature and parameters,query of historical data,automatic generation and printing of report forms,etc.And can realize the remote monitoring function of the authorized client in the workshop intranet.Through the research and exploration of the production mode of oxidation production line and the requirement of information production management,this paper puts forward a digital and information monitoring and management system for oxidation production line,and carries out detailed design and implementation verification." Data Acquisition and Information Management System for Oxidation Production Line" is a digital and information management system for aluminum alloy parts surface heat treatment production line in aviation manufacturing enterprises.Through the data acquisition of the field equipment of the production line and the processing trajectory of the aluminum alloy parts entering the production line,and using the software system to carry out the corresponding data processing and process parameter calculation,the dynamic visual monitoring of the parts processing process of the oxidation production line is realized,and the parts are in The data acquisition and storage in the oxidation manufacturing process solves the digital management of the surface treatment process of the parts and the digital traceability of the quality data.Thissystem establishes a relational database of all parts processed in the production line and a real-time database of production line operating state parameters,which provides the collection and accumulation of basic data for quality control and improvement of aluminum alloy parts.The system collects real-time data through the two-dimensional code of each part to query the production line of the corresponding time period,thus solving the problem of rapid check and quality traceability tracking of the part quality.