Suspension type pouring-leveling device in building operations and pouring method

Abstract

The invention provides a suspension type pouring-leveling device in building operations and a pouring method, wherein the suspension type pouring-leveling device comprises a suspension assembly and a leveling assembly. The suspension assembly comprises a fixing device and a connecting bar; a first plane is arranged below the leveling assembly which is located below the connecting bar; the upper portion of the connecting bar is connected with the fixing device; the leveling assembly is hanged on a reserved steel bar by the fixing device, wherein the position of the reserved steel bar is higher than the floor elevation. The suspension type pouring-leveling device controls the flatness and thickness of the whole floor through the arrangement of the leveling assembly. The suspension type pouring-leveling device is easy to install, can be quickly removably after the concrete floor is plastified, and used repeatedly.

Description

technical field [0001] The embodiments of the present invention relate to the field of reinforced concrete construction in construction engineering, and in particular to a suspended pouring leveling device and pouring method in construction. Background technique [0002] Buildings in the modern economy and society are dominated by steel-concrete structures, and the building formwork used for steel-concrete structures is mostly wooden formwork, combined steel formwork, bamboo-wood glued formwork, and all-steel large formwork. Concrete pouring refers to the process of pouring concrete into the mold surrounded by the above-mentioned types of formwork until it is plasticized to form the building slab. [0003] In the prior art, when pouring the concrete slab, on the slab that has installed the formwork to be poured, except for the flat reinforcement frame and the vertical reinforcement higher than the level of the slab (used to be connected with the reinforcement in the wall of ...

AI Technical Summary

Problems solved by technology

[0004] Because the flatness of the junction between the root of the wall and the slab surface is not enough, after the formwork is installed, there will be gaps between the formwork and the slab surface, and grout leakage will occur during pouring

On the other hand, during the installation process of the formwork used for wall pouring, dust and saw dust will be generated. In the prior art, the root of the wall is flush with the board surface. When pouring, even if the root of the wall is washed with water, the root of the wall It is still difficult to discharge the dust and sawdust, which will cause the bond between the newly poured concrete and the plasticized concrete to be weak, and there will be cracks and slag inclusions in the wall

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