新能源汽车减速器零部件切削工艺决策系统

Decision-making system of the cutting process for reducer parts of new energy vehicles

设计了基于新能源汽车减速器零部件切削加工工艺智能决策系统。工艺数据库采用C/S体系架构,决策系统包括用户、基础信息、工艺参数三个管理模块。将实例和规则推理相结合搭建专家系统,建立基于混合推理技术的新能源汽车减速器切削加工工艺智能决策系统,定义加工属性优先级,进行切削工艺参数混合推理及优化匹配,自主决策,寻找最优工艺参数。在新能源汽车减速器生产工艺中进行具体验证,结果表明,基于C/S架构的减速器切削加工工艺智能决策系统,能够解决新能源汽车减速器生产加工工艺数据的合理存储和有效利用问题,大幅提升工艺决策效率和准确性。

An intelligent decision-making system for the cutting process of reducer parts of vehicles based on new energy was designed.The process database adopts C/S architecture,and the decision-making system has an user management module,a basic information management module and a process parameter management module.An expert system was built by combining cases and rule reasoning,and an intelligent decision-making system for the cutting process for the reducers of new energy vehicles based on hybrid reasoning technology was established.The priority of processing attributes was defined,and hybrid reasoning and optimization matching of the cutting process parameters were carried out,and the optimal process parameters were found by independent decision-making.Specific verification was conducted in the new energy vehicle reducer production process,the results show that the intelligent decision-making system of the reducer cutting process based on C/S architecture can solve the problems of reasonable storage and effective utilization of production process data of the reducers of new energy vehicles,and greatly improve the efficiency and accuracy of the process decision-making.