Head dragon component used for reinforcement of building formwork head structure

Abstract

The invention provides a head dragon component used for strengthening the head structure of building formwork, and relates to the technical field of building formwork. The head dragon component includes: an end plate and a head dragon body, and the end plate and the head dragon body are integrally formed and form a right angle to each other The end plate is provided with end plate teeth and end plate connection holes, and the end plate is provided with a plurality of equidistant rectangular connection holes, which can be connected with the end plate connection holes of the same model of the same type of dragon that are opposite to each other; the body of the head dragon is provided with The connecting holes of the template and the teeth of the end plate are provided with equidistant meshing teeth, and the convex and concave teeth have the same shape, and are arranged in dislocation and reverse connection. The two head dragon components can be equipped with reinforcement systems of different head thicknesses at the head formwork, so that the bending moments generated in all directions of the formwork head structure are offset by the head dragon's own structure and assembly system, and the strength of the three sides of the formwork head structure is enhanced. The mechanical synergy of the reinforcement components solves the technical defect of weak reinforcement mechanics at the corners of the formwork head structure existing in the prior art, and significantly improves the forming effect of the concrete components.

Description

technical field [0001] The invention relates to the technical field of building components, in particular to a faucet component used for reinforcing the head structure of building formwork. Background technique [0002] For the reinforcement at the end of the wall of the building formwork, the following methods are usually used in the prior art: [0003] (1) Reinforcement with steel pipes; steel pipe reinforcement is time-consuming and labor-intensive, and reinforcement with different lengths of steel pipes will block the hole, which is not conducive to follow-up work; [0004] (2) Use step-by-step auxiliary reinforcement; step-by-step auxiliary connection requires wooden squares as back ribs for reinforcement, and the deviation of reinforcement effectiveness is large; [0005] (3) Reinforcement with bolts; the reinforcement mode of bolted connection, the installation and removal efficiency of bolts is low, once the concrete falls on it, it will rust and it is difficult to ...

AI Technical Summary

Problems solved by technology

[0005] (3) Reinforcement with bolts; the reinforcement mode of bolted connection, the installation and removal efficiency of bolts is low, once the concrete falls on it, it will rust and it is difficult to remove the bolts;

[0006] (4) Specially customize the keel; because the thickness of the head structure is ever-changing according to the needs of the project, the customized processing of the keel cannot form a general recycling, and the value of the component cannot be fully utilized

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