Analysis of influencing factors on the man-machine system efficiency in high-altitude mines

¹ China Nonferrous Metal Industry’s Foreign Engineering and Construction Co., Ltd., Beijing, China
² Chifeng NFC Baiyinnuoer Mining Co.Ltd., Inner Mongolia, China
³ Jiangxi University of Science and Technology, Jiangxi, China

^* Corresponding author: This email address is being protected from spambots. You need JavaScript enabled to view it.

Abstract

High-altitude areas contain a large amount of high-quality mineral resources in China, and the development of mineral resources in these areas has made significant contributions to social and economic development. However, due to the harsh climate conditions in such areas, it has become a key constraint on the efficient operation of high-altitude mines. In recent years, intelligent mining has become a focus of attention in the mining industry. With the continuous advancement of mining intelligence, more and more large-scale intelligent equipment is being applied to high-altitude mining production, greatly improving mining production efficiency. As the main operating object of underground production, production equipment and operators cooperate and influence each other, forming a complex man-machine system. The overall work efficiency is not only affected unilaterally by personnel, equipment, and environment, but also by the coupling effect between the three. Therefore, in order to clarify the impact of man-machine system efficiency in the underground production process, the key factors that affect man-machine operation efficiency are sorted out from the perspectives of man-machine-environment, and the impact of each factor on man-machine operation efficiency is discussed. This provides guidance for subsequent research on man-machine system efficiency and further improves the efficiency of underground production operations.