Vertical transportation device

Abstract

The invention discloses a vertical transportation device. The vertical transportation device comprises a power winding device, a hoisting cable, upper guiding cable brackets, lower guiding cable brackets, guiding cables and a hanging basket, wherein the power winding device is arranged at the top end of a vertical transportation work station; the hoisting cable is wound in the power winding device and is driven by the power winding device to wind into or extend out of the power winding device along the vertical direction; the upper guiding cable brackets are arranged on the top of the vertical transportation work station; the lower guiding cable brackets are arranged at the bottom of the vertical transportation work station; the lower guiding cable brackets and the upper guiding cable brackets are correspondingly arranged in the same vertical direction; each of the guiding cables is fastened between each of the upper guiding cable brackets and each of the lower guiding cable brackets; the hanging basket is connected to the hoisting cable; and guiding grooves through which the guiding cables pass are formed on two sides of the hanging basket. The guiding cables are arranged on the vertical transportation device, and the guiding cables are matched with the guiding grooves of the hanging basket, so that the vertical transportation of the hanging basket is stable and effective; and by adoption of the transportation device, high-rise transportation operations of a tower crane are borne, and the queueing time of high-rise transportation is shortened.

Description

technical field [0001] The invention relates to a vertical transport device, in particular to a vertical transport device with a guide device, and belongs to the technical field of building construction. Background technique [0002] The best choice for the super high-rise building envelope is the unit curtain wall. Due to the light weight of the unit curtain wall, strong resistance to displacement, and overall installation, the unit curtain wall must become the only choice for the super high-rise building envelope. At present, the vertical transportation of the super high-rise curtain wall is to use the tower crane of the earth construction project to hoist the unit plate to the unloading platform, then drag it to the floor, and then transport it horizontally to the hoisting position to complete the vertical transportation of the unit plate. However, due to the requirements of the construction period of the super high-rise curtain wall, it is often necessary to carry out th...

AI Technical Summary

Problems solved by technology

However, due to the requirements of the construction period of the super high-rise curtain wall, it is often necessary to carry out the construction to realize the cross operation when the construction of the main building is halfway through; because the work content of the cross operation is more, it will inevitably lead to the busy work of the tower crane, which makes the vertical transportation take a long time and because the super-high-rise curtain wall unit panels can only be hoisted less than 4 pieces at a time, and the floating range is also large under the influence of wind pressure when hanging in the air, so the hoisting time is relatively long; the unit panels are hoisted by a single cable , the unit plate is hoisted in the air and under the action of wind pressure, there will be rotation and swing

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