摘要
目的 为了提高数控封边机的封边效率,保证封边质量,对数控封边机板坯进给系统进行结构设计。方法 通过对数控封边机工作过程的分析,确定封边机板坯进给系统的结构布局,并利用SolidWorks软件对封边机板坯进给系统进行三维建模。结果 完成了封边机板坯进给系统的机架、升降架、宽度调整机构、进出料机构和对中进料机构的参数化结构设计。结论 封边机板坯进给系统可输送宽度为240～3300 mm、厚度为10～60 mm的板坯,进给速度为12～20 m/min,且封边平稳性好、效率高,大大提高了封边机的工作性能。
Objective To improve the edging efficiency of CNC Edge Banding Machine and to ensure the edging quality, the structure of the slab feeding system of CNC Edge Banding Machine was designed. Methods Through the working process analysis of CNC Edge Banding Machine, the structure and layout of the slab feeding system of Edge Banding Machine were determined, and three-dimensional modeling was conducted for the slab feeding system of Edge Banding Machine using SolidWorks software. Results The parametric design of rack, lifting frame, width adjustment mechanism, in and out feeding mechanism and the unilateral feeding device was completed, which were constituted for slab feeding system of CNC Edge Banding Machine. Conclusion The Slab feeding system of CNC Edge Banding Machine could transport slabs with a width of 240 mm-3300 mm and a thickness of 10--60mm, with a feeding speed of 12-20 m/min, and the Edge banding showed high stability and high efficiency, which greatly improved the performance of CNC Edge Banding Machine.
出处
《包装工程》
CAS
CSCD
北大核心
2014年第19期55-58,81,共5页
Packaging Engineering
基金
国家林业局引进948项目(2014-4-77)
关键词
封边机
进给系统
三维建模
结构设计
edging machine
feeding system
three-dimensional modeling
structure design
