摘要
针对化工产业在炼焦过程中存在着煤受热后产生膨胀压力,该压力会对炉墙产生破坏作用。通过阿奇舒勒TRIZ理论的40条发明原理和39个工程参数,构建矛盾冲突矩阵辅助发明设计,为改进检测煤膨胀压力设备提出了解决方案。通过实践表明,在化学工程机械领可以通过TRIZ理论的冲突解决原理进行优化指导设计。因此,TRIZ为传统的发明设计提供了理论依据。
Aiming at the chemical industry in the coking process,there is an expansion pressure of coal after heating,which will have a destructive effect on the furnace wall.Through the 40 invention principles and 39 engineering parameters of Altshuller s TRIZ theory,a contradiction conflict matrix was constructed to assist the invention design,and a solution was proposed for improving the detection of coal expansion pressure equipment.Practice showed that in chemical engineering machinery,the conflict resolution principle of TRIZ theory can be used to optimize and guide the design.Therefore,TRIZ provided a theoretical basis for traditional invention and design.
作者
钱泓名
李佳怡
孙俊峰
赵振宁
QIAN Hong-ming;LI Jia-yi;SUN Jun-feng;ZHAO Zhen-ning(University of Science and Technology Liaoning,Liaoning Anshan 114051,China)
出处
《广州化工》
CAS
2021年第18期92-93,135,共3页
GuangZhou Chemical Industry
基金
辽宁科技大学大学生创新创业训练计划项目经费基金编号:(202110146086)。
关键词
TRIZ理论
膨胀压力
冲突矩阵
分离原理
TRIZ theory
inflationary pressure
conflict matrix
separation principle