摘要
分析了当前计算机辅助装配工艺规划系统的不足,提出了一种构建三维装配工艺设计系统的方法。对其中涉及的装配模型的构建,装配顺序规划、装配路径规划、碰撞干涉检测、装配过程动画等关键技术进行了研究。基于Pro/E平台,构建装配模型,人机交互产生装配序列;记录零件拆卸时经过的关键点产生装配路径;利用包容盒法检测干涉碰撞。利用Pro/TOOLKIT工具包,开发三维装配工艺规划系统原形系统,并以产品装配中的工序进行了实例验证。实验证明以此方法建立的系统可实现三维装配动画仿真,生成三维工序简图,能够形象生动地指导现场装配。
The deficiencies of the current computer aided assembly process system are analyzed, and a method of constructing Ihree-dimensional assembly process planning system is put forward. The key technologies are studied including assembly se- quence planning,assembly path planning, collision detection, assembly animation and so on. Based on Pro/E platform, struc- turing assembly model , producing assembly sequence by human-computer interaction. Producing assembly path by recording key points created by disassembfng parts; Using tolerance box method to test collision detection, a prototype system of 3D as- sembly process planning system with the Pro/TOOLKIT is developed, and the system is tested by a assembly process of the product . The test has proved that the system, based on this method, can realize simulation of 3D assembly animation, produce 3d process diagram, and vividly guide the feld assemblage.
出处
《机械研究与应用》
2013年第4期8-10,共3页
Mechanical Research & Application
基金
国防基础科研计划资助(No.A1120110003)
国防技术基础计划资助(No.Z312011B003)
国防技术基础计划资助(No.Z312012B001)
国防技术基础计划资助(No.B3120110500)
关键词
三维装配
顺序规划
路径规划
装配动画
3D assembly
sequence planning
path planning
assembly animation
