Fully mechanized mining face centralized control room

Abstract

The invention relates to a centralized control room for a fully mechanized mining face. An upper installation bracket (4) is fixedly connected to the top of the room body, and more than two explosion-proof monitors (7) are embedded in the upper installation bracket (5). The bracket (4) is connected, and more than two explosion-proof computers (8) are embedded in it, and the lower mounting bracket (5) is also provided with an operation panel (9). The keyboard (10) is embedded in the sinking groove; the main controller (11) is embedded on the upper part of the support frame (6), and the explosion-proof power supply (12) is installed on the lower part; the explosion-proof power supply (12) and the main controller (11 ), the explosion-proof monitor (7) is connected with the explosion-proof computer (8), the explosion-proof monitor (7) and the explosion-proof computer (8) are respectively connected with the main controller (11); the lower part of the lower mounting bracket (5) is provided with a mounting beam (13). The invention is arranged on the fully mechanized mining face, which not only ensures the personal safety of the personnel on the fully mechanized mining face, but also provides reliable protection for the management of the underground control system more reasonably.

Description

technical field [0001] The invention belongs to mine equipment, and in particular relates to a centralized control room for a fully mechanized mining working face, which is used for underground safety production and is convenient for unified monitoring, debugging and control. Background technique [0002] The existing downhole collection control room is composed of a room body and a sliding door, and an explosion-proof monitor, an explosion-proof computer, and various cable lines are installed inside it. Due to the limited space of the underground fully mechanized mining face and the unreasonable structural design of the underground centralized control room, various equipment inside the centralized control room are relatively messy and randomly stacked, for example: all workpieces are stacked on the ground, and the cables in the centralized control room are not The unified connection method and placement channel will easily lead to leakage or short circuit. Since the explosi...

AI Technical Summary

Problems solved by technology

Due to the limited space of the underground fully mechanized mining face and the unreasonable structural design of the underground centralized control room, various equipment inside the centralized control room are relatively messy and randomly stacked, for example: all workpieces are stacked on the ground, and the cables in the centralized control room are not The unified connection method and placement channel will easily lead to leakage or short circuit. Since the explosion-proof monitor or explosion-proof computer is relatively heavy, several tasks need to be operated at the same time to complete the maintenance work; and the explosion-proof keyboard connected to the explosion-proof computer is placed directly. On the operating platform, if you accidentally touch it, it will cause misoperation and affect the safety of downhole production

Images