摘要
该文依据螺旋锥齿轮的加工特点和成形法原理,建立格林森制齿轮大轮的数学模型。在Delphi+OpenGL的仿真环境下,采用链表和辅助链表等数据结构,以及三角片链接原理,对螺旋锥齿轮大轮的实体模型进行构建。采用动态数组的形式定义数据链表,既满足了不同齿数对数据链表长度的要求,又简化了程序的编写长度,最终实现了螺旋锥齿轮的参数化设计。
According to the processing characteristic and forming principle of spiral bevel gear,Gleason gear system mathematical model is established.In Delphi+OpenGL environment,using the chain table and auxiliary chain table structure,as well as the principle of triangle link to build a solid model.In the form of a dynamic array defining the data chain table,which meet the requirements of different number of teeth on the length of the data chain table,and simplify the programming,realize the parametric design.
作者
胡晓军
王培良
杨俊凯
王英杰
Hu Xiaojun;Wang Peiliang;Yang Junkai;Wang Yingjie(Huzhou Teachers College;Huzhou Vocational & Technical College,Huzhou Zhejiang,313000,China)
出处
《科技资讯》
2017年第12期92-94,96,共4页
Science & Technology Information
