Concrete filled wall and cast-in-place structure synchronous construction structure and method

Abstract

The invention discloses a concrete filled wall and cast-in-place structure synchronous construction structure and method. The synchronous construction structure comprises structure beams surrounding the upper and lower portion of a filled wall, and shear walls on the two sides. Rebars are distributed in the filled wall horizontally and vertically. Plastic cushion plates are arranged between the vertical two sides of the filled wall and the shear walls, as well as between the lower side of the filled wall and the structure beams on the lower side correspondingly so as to form separation seams.No separation seam is formed between the upper end and the filled wall and the structure beams on the upper side, and the upper end and the filled wall and the structure beams on the upper side are connected into a whole after concrete pouring. The filled wall and an original structure are separated through structure separation seam materials so as to achieve flexible connection, and structural rigidity is restored. Anchor bars of which the tops are connected with a concrete structure and the separation seam materials serve as damping devices, an anti-seismic effect is achieved, the anti-seismic mode is similar to that of a swing wall system, and certain advantages are more achieved in the aspect of anti-seismic ability compared with a masonry filled wall.

Description

technical field [0001] The invention relates to building construction, in particular to a simultaneous construction of a concrete filling wall and a cast-in-place structure [0002] structure and method. Background technique [0003] The infill wall is an important enclosure and partition component in the structure. The traditional infill wall is often built with blocks, which needs to be implemented after the concrete structure is fully or partially completed. Sills, structural columns or core columns, ring beams, lintels, tie beams, horizontal tie bars, etc. need secondary construction, electrical conduits, junction boxes, etc. need to be interspersed with infill wall masonry, and walls often need plastering Not only is the process interspersed cumbersome, but also prone to common quality problems. [0004] Though there is the method for completing filling wall by concrete recently, as " filling wall molding method and filling wall " of publication number CN 107386502 A,...

AI Technical Summary

Problems solved by technology

[0003] The infill wall is an important enclosure and partition component in the structure. The traditional infill wall is often built with blocks, which needs to be implemented after the concrete structure is fully or partially completed. Sills, structural columns or core columns, ring beams, lintels, tie beams, horizontal tie bars, etc. need secondary construction, electrical conduits, junction boxes, etc. need to be interspersed with infill wall masonry, and walls often need plastering Not only is the process interspersed cumbersome, but also prone to common quality problems

[0004] Though there is the method for completing filling wall by concrete recently, as " filling wall molding method and filling wall " of publication number CN 107386502 A, this method is to support formwork pouring filling wall again on the structural frame of pouring molding, there is the need to set Since the steel bars connected to the poured structural frame are not poured at the same time as the structural frame, there is a problem of inconsistent shrinkage of the connection joint with the poured structural frame after pouring, resulting in a large connection gap, which brings more workload to subsequent processing

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