基于TRIZ理论的自动消毒鼠标创新设计

Innovative Design of Automatic Disinfection Mouse Based on TRIZ Theory

针对目前鼠标消毒过程繁杂且成本较高的问题,论文利用技术系统进化法则对鼠标消毒过程进行预测分析,并找出实际问题中的技术矛盾,确定对应的阿奇舒勒矛盾矩阵和发明原理,在此基础上提出一种可行的设计方案;该方案通过改进鼠标的结构,采用新的除菌材料,使鼠标具备自动、高效除菌功能,解决鼠标使用过程中的交叉感染问题。本文将进化路线分析和技术矛盾分析结合起来,减少了经验对演绎具体解的影响。

To address the issue on higher cost and complicated process of the disinfection of mouse at present,this paper uses the technology system evolution to forecast evolving route of the mouse disinfection,and finds out the technical contradiction existing in the practical issue,corresponding the G. S. Altshuller contradiction matrix and inventive principle,on the basis of which a practical design scheme has been put forward.By improving the structure of the mouse and adopting new effective antibacterial material,this scheme makes the mouse have auto-matic and efficient antibacterial function and solve the cross infection problem during use.This paper combines the evolutionary lines analysis and technical contradiction analysis together, reducing the influence of specific consequence which cause by experience.