SOLIDWORKS Platform-based Three-dimensional Standard Parts Library And Mold Base Library Establishment

The thesis chooses SolidWorks as the developing platform and Standard-part library as object, researches into the principle of redevelopment with the programming Language of Visual C++ by Parameter-driving based on 3D feature modeling system of Solidworks is introduced. And practical methods to develop SolidWorks by Parameter-driving are also described.Some methods have been used in the study of the thesis. The first is to describe the parts' information in terms of feature. It has solved that identification of feature and replace of Parameter. The second is the method of dimension Parameter-driving. And develop standard-part library of die by dimension parameter-driving approach. The third is to build the Parameter database. It can improve the efficiency of transmitting data and the level of integration degree, so as to ensure the consistency and reliability of data transmitting among systems. The thesis has achieved the share of data, by building relational database with features.Through the study of this subject, some results and conclusions are got as follows. The first is to the whole design of Dies Model Standard-part library and Standard-DieSet library was completed. It lay a foundation for the popularity of mould standard parts and improved the utility of SolidWorks software. The second is the feasibility of the second developing was realized. We adopted SolidWorks software, which has the characteristics of full associativity and parametric, as our platform. This assured the advancement of the platform and reduced the workload. The user's application could be loaded dynamically and automatically and saved in the unite database by SolidWorks API. This lay a good foundation for the CAD/ CAE /CAM /CAPP integrated system. The third is the feasibility of dimension Parameter-driving was verified.The principle of redevelopment based on 3D feature modeling system of SolidWorks is introduced. And a practical method to develop Die Standard-part Library and Standard-DieSet Library with dimension parameter-driving approach is also described.