基于fNIRS的单元生产线作业疲劳问题研究
毕业论文关键词：fNIRS；作业疲劳；标准工时；单元生产；ECRS原则；
Research on work fatigue of operators on cell production line based on fNIRS technology Abstract With the rapid development of the economy, traditional production style cannot meet customized and devised demand of customers. As human plays a more and more important role in the progress of production, the mental workload of human become one of the key factor which influences the production of goods. Concerning the issue that the high level of workload suffered by assembly line workers resulting in the frequent safety accidents, which happened in thousands of factories, the paper, based on referring large amount of relevant literatures and conducting plenty of researches on some enterprises, first simulated the scene of real factories in the laboratory and then made some improvement to the situation, finally, when it is feasible, the production mode was converted to cell production from traditional assembly line. On the basis of these, the paper applied 5W1H technology and ECRS principle to optimize the work process at bottleneck station and, above all, used the functional near infrared spectroscopy technology (fNIRS) to study the mental workload of workers in the station before and after the improvement from the perspective of human factors. Through gathering and analyzing the related data before and after the change in mode of production, the paper found that under the condition of cell production, optimizing and standardizing the working process can not only improved production efficiency but correspondingly reducing workers' mental workload, and fixed the fatigue wide-discharge coefficient via regression analysis which took the mental workload into consideration. Compared with the standard time made in traditional method, the time made by considering mental workload meted closely to the real production situation, which could serve as a good model for factories to change their production mode and make some standard work process.
Key words: fNIRS; Work fatigue; Standard working hours; Cell production; ECRS;
目录
1. 引言 1
1.1 研究背景及意义. 1
1.2 国内外研究综述及应用动态. 1
1.3 研究内容与技术路线. 3
1.3.1研究内容 . 3