Flexible guide rail of mining elevator and arrangement method thereof

Abstract

The invention provides a flexible guide rail of a mining elevator and an arrangement method thereof. The flexible guide rail mainly consists of steel wire rope guide rails, a tensioning device, a connecting device and steel wire rope guide sleeves, wherein, the upper end of each steel wire rope is connected through the tensioning device arranged on an upper bearing beam on a platform of a well frame, the other end of each steel wire rope guide rail is connected through the connecting device arranged on a lower bearing beam in a pit of the well frame, and each steel wire rope guide rail vertically passes through the steel wire rope guide sleeves arranged on a car and a counterweight; and the steel wire rope guide rails are arranged at one side or two sides of the car, wherein, two or threeguide rails are arranged at one side of the car, two, three and four guide rails are respectively arranged at opposite angles, three angles and four angles at the two sides of the car, and one guide rail is respectively arranged at two sides of the counterweight. The flexible guide rail provided by the invention is particularly applicable to the mining elevator in the case of multilevel working face mining in an underground mine, and is also applicable to the mining elevator in the case of a severe downhole working environment and shaft deformation; and the flexible guide rail has the advantages of simple structure, easy machining property and reliable performance, and is simple in installation and maintenance.

Description

technical field [0001] The invention relates to a mine elevator flexible guide rail and an arrangement method thereof, and is especially suitable for flexible guide rails and arrangement of multi-level working faces in underground mining of mines, and also for flexible guide rails and arrangement of ground buildings. Background technique [0002] At present, underground engineering, especially mine shaft walls, are under enormous pressure, and shaft deformation is serious. Its rigid guide rails are prone to lateral inclination, bending deformation, joint dislocation and local protrusions. Elevator sliding and rolling guide shoes relying on low-clearance guide rails It is easy to be stuck, causing the elevator car to be stuck in the shaft, which brings huge hidden dangers to the safe operation of the elevator, and the passengers in the car pose a life safety hazard; at the same time, in underground engineering, the installation and maintenance of rigid guide rails is time-cons...

AI Technical Summary

Problems solved by technology

[0002] At present, underground engineering, especially mine shaft walls, are under enormous pressure, and shaft deformation is serious. Its rigid guide rails are prone to lateral inclination, bending deformation, joint dislocation and local protrusions. Elevator sliding and rolling guide shoes relying on low-clearance guide rails It is easy to be stuck, causing the elevator car to be stuck in the shaft, which brings huge hidden dangers to the safe operation of the elevator, and the passengers in the car pose a life safety hazard; at the same time, in underground engineering, the installation and maintenance of rigid guide rails is time-consuming , laborious, for projects with thin shaft walls, mining elevators adopt rigid guide rails, which are expensive and costly

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