Hanging basket device and construction method for outer slope construction

Abstract

The invention discloses a hanging basket device and construction method for outer slope construction. The device comprises a hanging basket main body and two supports installed on a roof, wherein thesupports are connected to two ends of the hanging basket main body by a first steel wire rope and a second steel wire rope; a first lifting machine and a second lifting machine are disposed on the hanging basket main body and connected to the first and second steel wire ropes respectively; the device also comprises a third support erected on the roof, a third lifting machine is disposed on the hanging basket main body, and an outer pulley mechanism is disposed outside an outer slope and on the third support; and contraction and release of a third steel wire rope are controlled by the third lifting machine, the third steel wire rope passes through the third support and then passes through two outer pulley mechanism to form a Y-shaped fork, and tail ends are fixed on two ends of the hangingbasket main body respectively. When horizontal motion is needed, the third steel wire rope is contracted, so the hanging basket main body can be pulled away from the outer slope; and through release of the steel wire rope, the hanging basket main body can get close to the outer slope under gravity.

Description

technical field [0001] The invention belongs to the technical field of building construction, and in particular relates to a hanging basket device and a construction method for construction on an external slope. Background technique [0002] When constructing the facade of a building, it is generally necessary to use a hanging basket to send workers to the construction site. The hanging basket device in the prior art generally includes two brackets arranged on the roof of the building, which are respectively connected to the two ends of the hanging basket by steel wire ropes; There is also an electric control box, which is controlled by the workers in the hanging basket, so that the two steel wire ropes can be retracted and released synchronously, so that the hanging basket can rise or fall to a predetermined height. [0003] This hanging basket device can be preferably applied to buildings with vertical facades, but it cannot be applied to buildings with inclined facades. ...

AI Technical Summary

Problems solved by technology

[0003] This hanging basket device can be better applied to buildings with vertical facades, but it is not suitable for buildings with inclined facades

When the facade is inclined, the hanging basket device will collide with the facade, causing unnecessary pressure or loss; especially, when the inclined surface is uneven, this kind of hanging basket cannot rise or fall over obstacles of

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