High-altitude sliding hoisting device of corridor truss of mountain and implementing method of high-altitude sliding hoisting device

Abstract

The invention discloses a high-altitude sliding hoisting device of a corridor truss of a mountain and an implementing method of the high-altitude sliding hoisting device. The problem that a crane hoisting mode or a climbing pole hoisting mode cannot be used in a cliffy mountain in the prior art is solved. The high-altitude sliding hoisting device of the corridor truss of the mountain comprises supports, a sliding frame, a sliding rope and a traction mechanism; the supports are arranged at two ends of a mounting platform; the sliding frame is arranged on the top of the mounting platform and consists of upright columns; the sliding rope and the traction mechanism are used with the sliding frame; a crossbeam is arranged on tops of each two upright columns at the same end; rib plates with through holes are arranged on each crossbeam and are close to positions where the crossbeam is connected with the corresponding upright columns; the sliding rope penetrates in the rib plates on the tops of two ends of the sliding frame; two tips of the sliding rope are anchored to the support; and the corridor truss is positioned in the sliding frame, is dragged by the traction mechanism, and moves on the sliding rope through a movable pulley mounted on the sliding rope. By the high-altitude sliding hoisting device, technology quality of manufacturing assembly and hoisting of the corridor truss is ensured, construction safety and precision are ensured, construction cost is reduced greatly, and construction period is shortened.

Description

technical field [0001] The invention relates to the field of installation and lifting of steel structure trusses in corridors, in particular to a high-altitude sliding lifting device for corridor trusses in mountainous areas and a realization method thereof. Background technique [0002] Raw material transportation is an important process in cement industry production, and most limestone raw material mining areas and cement clinker production lines are different due to their respective operating conditions and geographical topography, limestone raw materials need to be installed and transported through overhead corridors and tunnels The system transports the raw materials to the raw material storage yard. In the prior art, the equipment required for the installation and lifting of the truss has a large structure and complex equipment, and is not suitable for installation and construction in high-altitude corridors with complex terrain in mountainous areas. The actual impleme...

AI Technical Summary

Problems solved by technology

In the existing technology, the equipment required for the installation and lifting of the truss has a large structure and complex equipment, and is not suitable for installation and construction in high-altitude corridors with complex terrain in mountainous areas. The actual implementation is inconvenient, the efficiency is low, and the construction period is easy to be delayed.

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