Brick-concrete wall packaging and dismantling mechanism and dismantling method

Abstract

The invention provides a brick-concrete wall packaging and dismantling mechanism and dismantling method. The brick-concrete wall packaging and dismantling mechanism comprises a bearing assembly, a first steel framework and a second steel framework, wherein the top end of the first steel framework and the top end of the second steel framework are connected through a top connecting assembly, so that the first steel framework and the second steel framework are in an n shape, and the brick wall body is inserted between the first steel framework and the second steel framework; the bottom of the first steel framework and the bottom of the second steel framework are provided with hook assemblies matched in number and position respectively; and the two ends of the bearing assembly are mounted on the hook assembly of the first steel framework and the hook assembly of the second steel framework correspondingly. The dismantling method is safe and environmentally-friendly, the building structure needing to be reserved is not damaged, and the defects of large vibration impact, high noise, large dust, high safety risk and the like in the conventional dismantling construction process are overcome. A large brick-concrete wall is hoisted at a time, a plurality of brick-concrete wall packaging and dismantling mechanisms are used in turns, and the requirement for rapid and efficient construction can be met.

Description

technical field [0001] The invention relates to the technical field of brick-concrete demolition, in particular to a brick-concrete wall encapsulation dismantling mechanism and a dismantling method. Background technique [0002] Brick-concrete structures are generally small in height, poor in integrity, and easy to dismantle. The current demolition methods include manual demolition and mechanical demolition. [0003] 1. Manual demolition method: Manually use wind drafts, electric drafts, sledgehammers, drills and other tools to beat, break and demolish, and then transport them to the ground through construction elevators or string tubes. This demolition method is simple in process and low in cost, but it has large vibration impact, high noise, and a large amount of dust generated during the demolition process, which has a great impact on the surrounding environment. Moreover, the brick-concrete structure itself has poor stability. During the demolition process, it may caus...

AI Technical Summary

Problems solved by technology

This method is also due to the poor stability of the brick-concrete structure itself. During the demolition process, it may cause large-scale and disorderly collapse of the building, endangering the safety of workers, equipment and adjacent buildings.

[0005] The safety hazards of the current technology itself and the serious impact on the surrounding environment are becoming more and more difficult to meet the requirements of safe and environmentally friendly construction in urban areas

Images