Steel-wire-rope-driven folding joint template for assembly-type building and construction method thereof

Abstract

The invention relates to a steel-wire-rope-driven folding joint template for an assembly-type building and a construction method thereof. The template comprises a fixed frame composed of a horizontalframe and a vertical frame, a pulley track is arranged on the horizontal frame, and a sliding frame is cooperatively connected with the pulley track on the horizontal frame of the fixed frame by meansof a pulley on a pulley assembly. The sliding frame can slide relative to the horizontal frame of the fixed frame, and the bottom of the sliding frame is hinged to two templates in sequence, a steelwire rope penetrates through a rope winding device installed on the sides of the two templates, and a lifting motor installed on the end face of the sliding frame drives a wire rope reel to hoist thesteel wire rope so as to achieve the folding and unfolding of the templates. The foldable templates are used in pairs and are installed on the two sides of each joint between prefabricated walls of the assembly-type building through the fixed frame, the lifting motor drives the wire rope reel to release the steel wire rope, the templates are unfolded sequentially in the vertical direction under the action of the self-gravity, and the relative position of the sliding frame is then adjusted, so that the unfolded templates are in reasonable positions relative to the to-be-poured joints.

Description

technical field [0001] The invention relates to the technical field of construction machinery and equipment, in particular to a foldable seam formwork driven by a steel wire rope for an assembled building and a construction method. Background technique [0002] Prefabricated buildings refer to buildings assembled on the site with prefabricated walls, floors and other structural parts. The joints between the prefabricated walls need to be connected and fixed by concrete pouring, and formwork is required for concrete pouring. , the traditional formwork mostly uses wood for simple manual fixing and splicing, which is used to fix on both sides of the steel cage in the joint between prefabricated walls, and then poured into concrete, because the strength of the formwork is not high, and the fixation is not firm , the fixing process and the dismantling process are quite cumbersome, and the joints between each prefabricated wall need to be re-fixed with the formwork. Low, labor-in...

AI Technical Summary

Problems solved by technology

[0002] Prefabricated buildings refer to buildings assembled on the site with prefabricated walls, floors and other structural parts. The joints between the prefabricated walls need to be connected and fixed by concrete pouring, and formwork is required for concrete pouring. , the traditional formwork mostly uses wood for simple manual fixing and splicing, which is used to fix on both sides of the steel cage in the joint between prefabricated walls, and then poured into concrete, because the strength of the formwork is not high, and the fixation is not firm , the fixing process and the dismantling process are quite cumbersome, and the joints between each prefabricated wall need to be re-fixed with the formwork. Low, labor-intensive, greatly reducing construction efficiency, in the context of rapidly rising labor costs, therefore, there is an urgent need for a special formwork for prefabricated buildings to meet people's needs

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