A hanging basket device and its moving method

Abstract

The invention discloses a hanging basket equipment, which comprises a hanging basket, a suspension device, a steel wire rope, a drag cable, a hoist, a traction rope and a fixed pulley at the far end; the hanging basket is hung on the steel wire rope through the suspension device; The stay cable is hung on the lower chord of the net frame; the winch is set in the hanging basket and connected with the far-end fixed pulley through the traction rope. The present invention also provides a method for moving the hanging basket equipment, including: when the hanging basket moves near the cable, close the hoist, remove the first pulley block in the suspension device close to the cable; turn on the hoist to slide one end of the hanging basket distance, so that the part where the first pulley block is installed on the connecting part crosses the cable and closes the winch; reinstalls the first pulley block on the connecting part, and removes the second pulley block from the connecting part; turns on the winch and slides the basket for a distance of one end , so that the part where the second pulley block is installed on the connection part goes over the cable, close the winch and reinstall the second pulley block on the connection part.

Description

technical field [0001] The invention relates to the construction field, in particular to a hanging basket device and a moving method thereof. Background technique [0002] With the vigorous development of large-span and super-long-span steel structure buildings, the splicing construction of roof grids is becoming more and more difficult. The splicing construction of the roof grid is usually carried out by erecting a full-scale scaffolding. However, full hall scaffolding requires tens of thousands of tons of scaffolding pipes and fasteners, resulting in higher rental, transportation, storage and labor costs; moreover, due to the high height of full hall scaffolding, it is technically difficult and has high safety risks. Therefore, the existing full hall scaffolding is difficult to meet the construction requirements such as construction period requirements and safety requirements in terms of erection speed and super-high super-large span erection. It is also difficult to solv...

AI Technical Summary

Problems solved by technology

However, full hall scaffolding requires tens of thousands of tons of scaffolding pipes and fasteners, resulting in high rental, transportation, storage and labor costs; moreover, due to the high height of full hall scaffolding, it is technically difficult and has high safety risks

Therefore, it is difficult for the existing full hall scaffolding to meet the construction requirements such as construction period requirements and safety requirements in terms of erection speed and super-high super-large-span erection.

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