摘要
根据锯链自动装配系统中旋铆机布局设计的实际需求,以物-场分析理论为基础,描述了设计中的冲突问题,建立了链轴铆接的物-场模型,运用76个标准解,最终解决了设计中的空间冲突问题,找到了旋铆机布局的理想解,缩短了整个系统的研发时间.锯链自动装配系统的试制成功必将大大提高锯链的装配效率和装配质量,有效降低其生产成本,延长其使用寿命,这对于企业的技术进步具有重要意义.
Based on substance-field analysis theory, firstly, the design conflicts are described, according to the actual demands of design for the layout of Spin Riveting Machine in the automatic assembly system of saw chain. Secondly, substance-field model of chain shaft riveting is set up. Finally, the design space conflicts are solved by using the 76 standard solutions and the final ideal solution of the layout of Spin Riveting Machine is found out, which reduces the whole system＇s research and development time. In a word, the successful trial of automatic assembly system of saw chain will greatly enhance saw chain＇ s assembly efficiency and quality, reducing its production cost and prolonging its using life effectively, so it is important to the technology pro-gress of enterprises.
出处
《郑州大学学报（工学版）》
CAS
北大核心
2013年第1期75-77,81,共4页
Journal of Zhengzhou University（Engineering Science）
基金
河南省基础与前沿技术研究资助项目(112300410038)
关键词
锯链
旋铆机布局
物-场模型
TRIZ
saw chain
the layout of Spin Riveting Machine
substance-field model
TRIZ
