Whole stack hoisting device and method for aerated bricks

Abstract

The invention provides a whole-stack hoisting device and method for aerated bricks. The whole-stack hoisting device for the aerated bricks comprises a supporting base and a steel bar sleeve cage withupper and lower openings in a cage structure, wherein the steel bar sleeve cage comprises an upper end hoisting assembly, a lower end supporting assembly and a plurality of vertically arranged steel bar vertical columns, the upper end hoisting assembly comprises four hoisting cross rods enclosing a rectangular frame, the lower end supporting assembly is parallel to the upper end hoisting assemblyand correspondingly arranged, the lower end supporting assembly comprises four supporting cross rods enclosing a rectangular frame, and the steel bar vertical columns are respectively connected with the hoisting cross rods and the supporting cross rods; and the supporting base is detachably connected with the steel bar sleeve cage. According to whole-stack hoisting device and method for the aerated bricks, the device can be manufactured by processing steel bars on a construction site, the structure is simple, the manufacturing time is short, the device is not limited by the environment of theconstruction site, the device is far lower than a bucket and a caterpillar transport vehicle in overall manufacturing cost, the whole-stack hoisting of the aerated bricks is facilitated, and the replacement of the specification of the steel bar sleeve cage according to hoisting amount requirements is facilitated at the same time.

Description

technical field [0001] The invention relates to the technical field of aerated brick transportation, in particular to a device and method for hoisting an entire stack of aerated bricks. Background technique [0002] Aerated brick is a kind of masonry block material in construction engineering. As an important building material, aerated bricks are packaged in (width) 0.6m×(length) 1.2m×(height) 1.2m and shipped to the construction site. , has the characteristics of light weight, good processing performance, good sound insulation performance and good thermal insulation performance, and is widely used in the construction field. It can be seen everywhere on the construction site, especially during the brick formwork construction and masonry construction of foundation cap ground beams. However, due to the low strength of aerated bricks and their fragility, cracks and chipping are prone to occur during hoisting and transportation. [0003] Therefore, labor consumption and materia...

AI Technical Summary

Problems solved by technology

However, the use of bucket hoisting has a small single-time transportation volume, low transportation efficiency and many tower crane shifts. Each transfer of materials requires the cooperation of the tower crane, and the time spent waiting for the tower crane and the tower crane to cooperate is relatively large, resulting in labor waste. Caterpillar vehicles transport aerated bricks, because the transport of caterpillar vehicles is inflexible and has high requirements on the site. Caterpillar vehicles are more expensive and have a certain amount of fuel consumption. Although the single transfer volume is large, it requires a certain amount of manual work to meet the construction requirements.

In addition, whether it is hoisted by a bucket or transported by a crawler vehicle, due to the low strength of the aerated brick itself, it is easy to cause edge chipping or even breakage during the handling process.

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