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基于UG平台,通过关系式求解、数据接口及参数化模型,实现了力、力矩、速度等零件核心参数、零件基础数据与零件模型的集成和关联。设计时修改模型的任何参数,系统都会对相关物理量和几何参数进行求解,并智能化地对模型进行调整。应用该系统可以大大减少因设计方案改动而产生的重复计算,缩短了不同容量的大型矿用挖掘机关键零部件的设计周期。
Based on the UG platform, through the solution of the relation, the data interface and the parameterized model, the core parameters of the parts such as force, torque, speed and the integration and correlation of the basic data of the parts and the part model are realized. Any parameters that modify the model at design time, the system will solve the related physical quantities and geometric parameters, and adjust the model intelligently. The application of the system can greatly reduce the repetitive calculation caused by the change of the design scheme and shorten the design cycle of the key components of large mining excavators with different capacities.