Building template system and construction method for fast assembling and locating templates

Abstract

The invention relates to a building template system and a construction method for fast assembling and locating templates. The building template system comprises a wall template formed by assembling a plurality of unit templates; each unit template comprises a face plate and a frame arranged on the back face of the face plate; the building template system further comprises a locating element used for fixing the end faces of the unit templates on the same plane; at least one side of the locating element is a plane; the plane of the locating element is level to the surface of the face plate of the unit template. The construction method for fast assembling and locating templates comprises the following steps of: building the Nth layer of reinforcement frame of the Nth layer of wall; building the Nth layer of wall template on both sides of the Nth layer of reinforcement frame, and meanwhile, mounting the Nth layer of locating element; casting concrete in the Nth layer of wall template; building the (N+1)th layer of reinforcement frame; building the wall template on the (N+1)th layer of locating element, and meanwhile, mounting the (N+1)th layer of locating element; and casting concrete in the (N+1)th layer of wall template. Convenience and fastness in construction are realized, and the construction efficiency is increased effectively.

Description

technical field [0001] The invention relates to building engineering equipment and a building construction method, more specifically, to a building formwork system and a construction method for quick installation and positioning of the formwork. Background technique [0002] In the prior art, after the construction of the building wall formwork is completed by using multiple unit formwork assemblies, the concrete is poured directly. Since the assembly of multiple unit formwork forms is likely to cause uneven upper ends of the entire wall formwork, the poured wall forms The surface is also uneven. At the same time, when pouring the N+1th layer wall, if the N+1th layer wall formwork is directly built on the Nth layer wall formwork, the end faces of the two-layer wall formwork will inevitably have unevenness, so that the two layers There are gaps between the wall formwork of the first layer, and the concrete will leak from the gap when the N+1th layer of wall is poured; When ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, after the construction of the building wall formwork is completed by using multiple unit formwork assemblies, the concrete is poured directly. Since the assembly of multiple unit formwork forms is likely to cause uneven upper ends of the entire wall formwork, the poured wall forms the surface is uneven

At the same time, when pouring the N+1th layer wall, if the N+1th layer wall formwork is directly built on the Nth layer wall formwork, the end faces of the two-layer wall formwork will inevitably be uneven, so that the two There are gaps between the wall formwork of the first layer, and the concrete will leak from the gap when the N+1th layer of wall is poured; When using the wall formwork, make the lower end of the N+1th layer wall formwork fit the Nth layer wall part, which is not conducive to the positioning and fixing of the N+1th layer wall formwork, and it is inconvenient to install and disassemble; at the same time, it causes The height of the wall formwork is wasted. For example, to pour a wall with a height of 1.5 meters, it is necessary to make the formwork 1.6 meters or higher; and this method needs to wait until the concrete of the Nth layer of the wall is set before the Nth layer of the wall can be removed. formwork, which seriously affects the construction speed, and the problem of unevenness on the upper surface of the wall cannot be avoided

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