Non-destructive reinforcing combination device for water stop steel plate and manufacturing method of non-destructive reinforcing combination device

Abstract

The invention provides a waterstop steel plate lossless reinforcing combination device and a manufacturing method, the waterstop steel plate lossless reinforcing combination device comprises prefabricated steel bar clamps, a waterstop steel plate and a prefabricated steel wire mesh assembly, the waterstop steel plate is sleeved with the steel bar clamps, the multiple sets of steel bar clamps are arranged at intervals in the length direction of the waterstop steel plate, and the tops and the bottoms of the steel bar clamps are connected with structural steel bars through binding wires; the prefabricated steel wire mesh assembly comprises a steel wire mesh framework and a steel wire mesh, the steel wire mesh is connected with the steel wire mesh framework through binding wires, and the prefabricated steel wire mesh assembly is connected to the steel bar clamps through binding wires. Prefabricated steel wire mesh assemblies are arranged above and below the water stop steel plate. The device is simple in structure, convenient to operate, high in binding efficiency, good in water stop effect, capable of guaranteeing the waterproof quality of the water stop steel plate, capable of being recycled and reused, capable of saving cost and high in practicability, and the water stop steel plate does not need to be welded and reinforced.

Description

technical field [0001] The invention belongs to the technical field of water leakage prevention construction at the post-casting belt part of a concrete structure, and in particular relates to a non-destructive reinforcement combined device of a water-stop steel plate and a manufacturing method. Background technique [0002] At present, the post-casting of the basement concrete structure with water-stop steel plates and side mold sealing are carried out after the structural steel bars are bound. Usually, the short steel bars are welded and strengthened between the structural steel bars and the water-stop steel plates, and the steel mesh is laid between the structural steel bars and the steel bars. The side molds are blocked between the water-stop steel plates. [0003] The problems of the above methods are: 1. A lot of welding between structural steel bars and water-stop steel plates is easy to damage the waterproof quality of water-stop steel plates; Difficulty, low effici...

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Problems solved by technology

[0003] The problems of the above methods are: ①, a large amount of welding between the structural steel bar and the water-stop steel plate, which is easy to damage the waterproof quality of the water-stop steel plate; ②, the post-cast belt side mold sealing steel wire mesh is bound in the completed steel bar. Difficult, low efficiency and loose binding will cause the mold to run out and affect the water-stop effect of the post-casting belt; ③, the above water leakage problems caused by the damage of the water-stop steel plate and the steel wire mesh blocking the mold run are difficult to deal with, work Defects of large quantity, high cost and poor treatment effect

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