基于TRIZ理论的加工杂质吹除智能装置设计
Design of the Intelligent Device for Removing Impurities during Processing Based on TRIZ Theory
黄素丹 1王金龙 1朱海青1
作者信息
- 1. 承德应用技术职业学院智能制造系,河北承德 067000
- 折叠
摘要
为有效清除机械加工过程的铁粉、铁屑等杂质,应用TRIZ理论提出解决方案,设计了一种加工杂质吹除智能装置.将通用工程参数"结构稳定性"和"设备的复杂性","结构稳定性"和"静止的物体体积","可操作性"和"时间损失","适应性及多样性"和"时间损失"作为技术矛盾,通过建立模型,查询矛盾矩阵表,筛选最优解,设计了结构简单稳定、易于调试、可靠性好的加工杂质吹除智能装置,以助力智能化生产的高效运行.
Abstract
In the process of mechanical processing,such as iron powder and iron filings are not promptly removed,which may result in operational disruptions or even equipment failure.In this paper,the TRIZ theory is used to put forward the solution of technical problems,and to design an intelligent device for processing impurity blowing.A model with general engineering parameters"structural stability"and"complexity of equipment","structural stability"and"volume of objects at rest","operability"and"time loss","adaptability and diversity"and"time loss"as technical contradictions is established.Through the query of contradiction matrix table,the optimal solution is selected,and the intelligent device with simple and stable structure,easy debugging and good reliability is designed to help the intelligent production run efficiently.
关键词
加工设备/杂质/TRIZ理论/矛盾矩阵表/最优解Key words
processing equipment/impurities/TRIZ theory/contradiction matrix table/optimal solution引用本文复制引用
基金项目
承德市科技计划资助项目(202303A108)
出版年
2024
NETL
NSTL
万方数据