Walling method and walling device

Abstract

The invention discloses a walling method and a walling device. The walling method includes the steps of respectively arranging formworks on the two sides of a wall to be poured, and installing supports outside the formworks, wherein the heights of the formworks are smaller than the height of the wall to be poured, and the widths of the formworks are equal to the width of the wall to be poured; pouring the position between the formworks on the two sides with a certain number of grout-type wall materials, then stopping pouring, after a certain period of time, lifting the formworks on the two sides to be at certain heights, pouring the position between the formworks on the two sides with a certain number of grout-type wall materials again, then stopping pouring, and repeating lifting and pouring till the whole wall is completely built; or pouring the position between the formworks on the two sides with the grout-type wall materials, and after a certain period of time, starting to continuously lift the formworks and synchronously and continuously pour the position between the formworks with the grout-type wall materials till the whole wall is completely built; after the whole wall is solidified, disassembling the formworks and the supports. The walling device comprises a formwork unit and a pouring unit. The walling method and the walling device are high in walling efficiency, good in quality and free of formwork-moving grout-leakage phenomena.

Description

technical field [0001] The invention relates to the technical field of building walls, in particular to a method for building a non-load-bearing wall and a device for building a non-load-bearing wall. Background technique [0002] At present, for the construction of non-load-bearing walls, the main wall materials are fly ash aerated bricks, ceramsite blocks, gypsum porous lightweight bricks, partition boards, etc. The construction methods of such walls need to rely on artificial Complete masonry; or, it is formed by pouring slurry wall materials, which needs to be manually installed and supported by multiple vertically arranged formworks all over the wall, and then the slurry wall materials injected into the entire wall at one time are solidified . Traditional construction methods have at least the following defects: [0003] First, for builders, building wall materials such as bricks and blocks require factory production, site storage, loading and unloading, pulling, tran...

AI Technical Summary

Problems solved by technology

[0003] First, for builders, building wall materials such as bricks and blocks require factory production, site storage, loading and unloading, pulling, transporting upstairs, masonry installation and other operations, as well as operations such as hanging nets and plastering. The links are all completed manually, with high labor intensity and low construction efficiency, and the quality of the walls cannot be guaranteed. The walls are prone to cracks, hollowing, and delamination, which will bring huge consumption of funds to the construction industry. Influencing the field of architecture to varying degrees

At the construction site of the wall, a lot of manual work is required, which is not only labor-intensive and time-consuming, but also a large number of damaged and undamaged wall materials are piled up everywhere on the construction site, the construction safety is poor, and a large amount of construction waste is generated.

[0004] Second, for manufacturers, the production of fly ash aerated bricks, ceramsite blocks, gypsum porous lightweight bricks, partition boards and other wall materials requires a large number of factories, sites, production workshops and large-scale brick-making equipment investment, and generate a lot of labor costs

[0005] Third, the quality of the wall cannot be guaranteed. Traditional wall building, plastering and other links require manual construction of formwork and support all over the wall. Not only is the efficiency low, but also limited by the construction characteristics of the existing formwork, the entire wall must be poured at one time. When the slurry-like wall material is used, the slurry-like wall material of the entire wall will exert great pressure on the formwork. Therefore, it is unavoidable that due to the insufficient support of the formwork, the phenomenon of mold running and oar leakage, and the inability to fully control the pouring The flatness and verticality of the wall are also historical problems that plague the construction industry

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