摘要
首先介绍了TRIZ理论中的物理冲突、技术冲突、分离原理、发明原理及其相互关系。指出物理冲突发生在1个参数上,用四大分离原理解决问题;技术冲突发生在2个参数上,用由39个工程参数组成的冲突矩阵来确定其所对应的40条发明原理来解决工程问题。然后结合TRIZ理论,研究一种矩形截面的骨架成型机,在把螺旋箍筋吊装入箍筋箱时,结合TRIZ理论用时间分离原理解决了典型的物理冲突问题——箍筋箱的宽窄。
It mainly introduces the physical conflict,the technical conflict,the separation principle,the principle of the invention and the mutual relations between TRIZ theory. Physical conflict occurs in a parameter,with the four separation principle to solve the problem. Technical conflict occurs in two parameters,the conflict matrix composes of 39 engineering parameters to determine the corresponding 40 principles of the invention to solve the engineering problems. Combining with TRIZ theory it designs a rectangular cross section frame machine,solves the typical physical conflict- the narrow size of box at the taking the spiral hoop stirrup into the box.
作者
丁新兵
张明勤
韩丽芳
DING Xinbing ZHANG Mingqin HAN Lifang(Institute of Electrical and Mechanical Engineering, Shandong Construction University, Shandong Jinan, 250101, China China Construction Eighth Engineering Co., Ltd., Shanghai, 200135, China)
出处
《机械设计与制造工程》
2017年第2期69-73,共5页
Machine Design and Manufacturing Engineering
