Self-moving belt tail

Abstract

The invention relates to belt conveyor moving devices, particularly to a self-moving belt conveyor tail. The self-moving belt conveyor tail comprises a conveyor tail, a middle portion, a driving portion and a hydraulic system and is characterized by further comprising a moving oil cylinder, one end of the moving oil cylinder is hinged to the base of the driving portion, the other end of the moving oil cylinder is hinged to the middle portion, and a beam arranged on a middle portion base is connected with a conveyor tail base. The self-moving belt conveyor tail further comprises tracks which are arranged on two sides of the conveyor tail and the middle portion, and the rear ends of the tracks are connected with the base of the driving portion; the middle portion and the conveyor tail portion is provided with a lifting mechanism, the driving portion is provided with an anti-slipping fixing mechanism which can personally achieve fixation to prevent dislocation of the conveyor tail during transportation, the middle portion is provided with an offset regulating mechanism which can solve the off-tracking problem of belts, the conveyor tail is provided with a roller offset regulating mechanism which can solve the deviation of a conveyor tail roller. The self-moving belt conveyor tail can move by itself, each movement distance maximally reaches 1.8 meters, the lifting mechanism and the moving oil cylinder enable the conveyor tail and the middle portion to move along the tracks; and the tacks can smoothly move in two side tunneling directions of the conveyor tail portion.

Description

technical field [0001] The invention relates to a belt conveyor moving device, in particular to a self-moving belt conveyor tail. Background technique [0002] At present, with the advancement of high-yield and high-efficiency working faces in underground coal mines, the phenomenon of unbalanced mining has become increasingly prominent. The retractable conveyor is the main transportation equipment for downhole trough, and its main production efficiency will directly affect the production efficiency of the mining face. Compared with the remarkable improvement of the mechanization degree of the fully mechanized mining face, the mechanization technology of excavation appears to be relatively backward. [0003] In the actual roadway excavation process, with the continuous advancement of the excavation face, the equipment on the face must be moved. However, the head of the reloader is connected to the tail of the belt conveyor, and the movement of the belt tail is pulled by the...

AI Technical Summary

Problems solved by technology

However, the head of the reloader is connected to the tail of the belt conveyor, and the movement of the belt tail is pulled by the winch in the direction of the head. The moving space of the type conveyor is narrow, which makes it difficult to move. Therefore, when moving, problems such as belt deviation and reloader head tilting occur, which seriously restrict production efficiency and benefits.

There are also potential safety hazards

Images