食品与机械2016，Vol.32Issue(11)：90-92,186,4.DOI:10.13652/j.issn.1003-5788.2016.11.020
基于TRIZ理论的双向弓形夹结构优化设计
Optimal design for bidi rectural cramp frame based on TRIZ theory
摘要
Abstract
It was well known that standard cramp frame can only clamp a group of workpieces,without the ability to catch many groups of workpieces with related position constraint.To solve this problem,a design solution based on TRIZ theory as well as an inven-tive principle were proposed in this study.A bidirectural cramp frame with hyperbolic structure was designed, and it could clamp workpieces on both sides.Therefore,the application range and fields of this new kind cramp frame were expanded.Moreover,the bidirec-tural cramp frame was also analyzed and optimized using the finite el-ement method.Finally, simulation results showed that both the bearing capacity of the bidirectural cramp frame and its stress distri-bution were improved.关键词
TRIZ 理论/弓形夹/优化设计/有限元Key words
TRIZ theory/cramp frame/optimal design/finite element method引用本文复制引用
杜春宽..基于TRIZ理论的双向弓形夹结构优化设计[J].食品与机械,2016,32(11):90-92,186,4.基金项目
无锡商业职业技术学院一般课题(编号:SYKJ16B06) （编号:SYKJ16B06）
