Abstract

Combined with the priority themes key project in IT Implementation in Manufacturing Industries of Zhejiang Province“Development and Application of Digital Product Design and Manufacture Integration Platform for Food and Beverage Industries”（No. 2008C11005）, In reading the literature home and abroad, digital design platform of filling conveyor line has been studied. Proposed filling transmission line products integrated modeling methods and techniques, components variant design methods and techniques to support the layout of filling transmission lines, parts and components together variant methods and techniques based on the layout of filling transmission lines. We designed the architecture and functional model of digital design platform for filling conveyor line, developed of digital design platform prototype system to support bottling conveyor line designing.

Chapter 1 introducedthe development process and development trend of digital design and manufacturing technology, and the research situation home and abroad, took out the content of the thesis, that is, for the filling conveyor line design, how to use efficient tools and methods to improve design quality and effectiveness.

Chapter 2analyzed the design process of filling conveyor line designing, based the requirement of filling conveyor line design, design the architectures of the design platform for filling conveyor line designing. The platform integrated basis library such as parts library, transport cell library, equipment library, etc. This paper introduced the key technologies of the plat form, including modeling of the product family model of filling transmission line, conveyor line components collaborative change and parts technologies serialization techniques.

Chapter 3 studied the integrated modeling methods and techniques of the filling conveyor line products. SML technology and configuration technology were been used to realize the parts modeling. According to the similarity principle, designed the components series of transmission line. This chapter analyzed the process of parts modeling, transmission cell modeling and series technology. According to that this paper designed the tools for parts modeling and series design.

Chapter 4 introduced the design of filling conveyor line based on the platform. First the libraries on the platform were been used to support the layout design. After the analyzing the layout model and simulation the model, The results were used to support component architecture design. Finally variant parts designing and collaborative variants realized on the platform.

The content of this paperwas summarized and prospects in Chapter 5

Key Words:Filling Conveyor line; Digital Design;Product Modeling; Variant Design