Journal of Electrical Engineering and Automation

This paper mainly studies the cooperative control problem of automatic equipment in fully mechanized mining face of thin coal seam. Aiming at the problems of low cooperative efficiency and unstable operation existing in traditional automatic equipment of fully mechanized mining face, an equipment cooperative control system based on information and intelligent technology is proposed. By optimizing the communication mechanism and cooperative scheduling strategy between various automatic equipment, the efficient cooperation and coordinated operation of various equipment in the working face are realized. The improved automatic equipment system can significantly improve the operation efficiency of the working face, reduce manual intervention, and effectively enhance the safety and stability of coal mine production. It provides a theoretical basis and technical support for the development of automatic equipment for fully mechanized mining of thin coal seams in the future.

Thin coal seam; Fully mechanized mining face; Automatic equipment; Cooperative control; Intelligent technology