Research On Modular And Parametric Design Method Of Packaging Machine

Automatic plastic cups filling and sealing machine is a kind of production equipment that fills a plastic cup with beverage, it can auto-complete with cups, filling, printing, sealing, the crop and let film, or film, counting processes. Modular design has achieved to this kind of design that can produce more likely varieties of products by limited resources through a combination of different modules, Based on the CAD / CAE technology, this paper researched the modular design, parametric and structure analysis computation technology of automatic plastic cups filling and sealing machine. The main points of the paper are described as follows:1.Based on the theory of modular design, this paper carried out the module division and the recombine of automatic plastic cups filling and sealing machine through the analysis of product structure and function.2.This paper combined the advantages of the modular design with the advantages of parametric design, and carried out the parametric modeling for every module and the full machine of the automatic plastic cups filling and sealing machine by using formula drive in the SolidWorks.3.By using the COSMOS finite element analysis plug-in unit in SolidWorks, this paper carried out the finite element analysis of the body of the automatic plastic cups filling and sealing machine and the module of the filling device, also proposed the corresponding corrective measure based on the results.This paper combined the modular design with parametric design and finite element analysis , such combination not only can improve automatic plastic cups filling and sealing machine standardization, universal level, shortening its design cycle, reduces its test cost, but also is advantageous in realizes the multi-variety production in a relatively low cost, fast to meet changing market needs. Also, provide an effective solution for enterprises to respond quickly to business users'demand, effectively reduce the workload design, shorten the product development cycle and reduce the test cost.