Research And Development Of Virtual Assembly Platform For Drilling Machine Fixture

In this thesis, it focuses on researching and introducing the characteristics of the virtual assembly, the Virtools software and 3d modeling software were introduced in detail. Through the analysis and comparison of 3d modeling software and Virtools software in the application of virtual assembly, appropriate tools and methods were chose for the three-dimensional entity modeling and vi-rtual assembly production to the drill fixture. In the basis of the technology o-f virtual assembly, it implies the virtual assembly simulation to the drilling fi-xture. This paper firstly takes data collection and analysis to the drill fixture, and models 3d entity for the various spare parts of the entire assemblage by 3d drawing software UG, through the assembly of the parts to make the size precise, after conversion of the model and rendering in 3Ds Max, it takes assembly analysis to the assembly body of the drill fixture, including assembly s-equence analysis and assembly path analysis. On the basis, it makes use of 3-d graphics software to model for each element of the drilling fixture, and then designs the dynamic assembly of each element using the interactive technolo-gy of 3Ds Max and Virtools,in the end, makes this document integrate and re-leased and makes it independent of Virtools software and .exe format demo d-ocument. And eventually achieving the virtual assembly dynamic demonstratio-n of the drilling fixture components. This topic's innovation lies in making Vi-rtools software to use in the virtual assembly platform of the drill machine fi-xture's production, and realization of virtual reality technology application. Th-is platform can not only save development time and cost, still can greatly red-uce the use of resources which makes virtual reality technology more practica-l, and can be applied to teaching and training in the way of image life like.