Arranging mode of crossing cable cranes

Abstract

The invention relates to an arranging mode of crossing cable cranes, aiming at providing the arranging mode of the crossing cable cranes, optimizing the arranging mode of the cable cranes, breaking through the limit to a regular arranging mode of the cable cranes, and reducing the construction cost under the condition of ensuring the effective working coverage range. The in invention adopts the technical scheme that the arranging mode of crossing cable cranes comprises at least two cable cranes, and each cable crane comprises a fixed end, a traveling end with an arc-shaped track, a cableway system and a traveling car. The arranging mode of the crossing cable cranes is characterized in that a cable crane is arranged in a lower space region, and the other cable cranes are arranged in an upper space region; the lower space region is arranged below the upper space region; and the cableway system of the cable crane in the lower space region are crossed with the cableway systems of the cable cranes in the upper space region. The invention is suitable for hydraulic and hydropower engineering, and is particularly suitable for conditions that the topographical and the geologic situations for arranging the cable cranes in engineering construction are poor and the coverage ranges of pouring regions extend in two directions.

Description

technical field [0001] The invention relates to an arrangement method of a cross cable machine. It is suitable for water conservancy and hydropower projects, especially for the situation where the terrain and geological conditions of the construction cable crane layout are poor, and the coverage of the pouring area extends in two directions. Background technique [0002] At present, most domestic cable cranes adopt a single translational or radial cable crane arrangement, especially for large-scale projects, where the radial cable crane is fan-shaped, and the translational cable crane is rectangular. There are many coverage areas, but a large area of ​​these coverage areas is the non-working area increased to ensure the construction of the cable machine. The increase of the non-working area expands the length of the track on both sides of the cable machine, which limits the impact of the cable machine on terrain and buildings. The adaptation increases the engineering invest...

AI Technical Summary

Problems solved by technology

[0002] At present, most domestic cable cranes adopt a single translational or radial cable crane arrangement, especially for large-scale projects, where the radial cable crane is fan-shaped, and the translational cable crane is rectangular. There are many coverage areas, but a large area of ​​these coverage areas is the non-working area increased to ensure the construction of the cable machine. The increase of the non-working area expands the length of the track on both sides of the cable machine, which limits the impact of the cable machine on terrain and buildings. adaptation, increasing project investment and limiting the selection of cable crane layout schemes

Using the above two layout methods not only has many restrictions, but also increases the project cost.

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