| Pu’er pie Tea is a unique symbolic product in Yunnan Province,as well as a mainstay industry.Through enterprise investigating,the packaging of pu’er pie tea remains manual.In order to improve the packing efficiency and quality of Pu’er pie Tea,innovation and development are in urgent need of Pu’er tea cake tea packaging equipment.Through research on the packaging technology of Pu’er pie tea,founding the packaging equipment of Pu’er pie tea belongs to product of electromechanical integration system,which makes developing a systematic problem.In problem solving,The paper introduces System theory as solution and integratie Mechatronics design theory and method to carry out the Pu’er pie Tea packaging equipment research.First of all,The advantages and disadvantages of the current manual packaging process were summarized.A packaging process that can be used to develop packaging equipment was designed.Secondly,based on the systemetic theory.At the same time,mechanical scheme of execution of substem are proposed and researched. The best combination scheme is optimized by scheme evaluation.Under the scheme the model is established in this paper.Moreover,considering the characteristic that the pu’er pie tea packaging equipment executing is the mechanical characteristics of the mechanical structure.scheme design.Concentrating on the multiple sets of plan of the drive control part,combined with the characteristics of Pu’er tea packaging equipment and the unique evaluation system of electromechanical integration,research on the packaging equipment drive control part of the electromechanical integration was made.On this basis,after comparing the advantages and disadvantages of main control system,choose the most suitable control system,and the program block diagram is given.Thus it provides the basis of development complete pu’er pie tea packaging equipment of mechanical and electrical integration.Under the guidance of system theory,beneficial attempt for modern electromechanical integration equipment research and development work has carried,as reference for modern electromechanical integration equipment research and development. |