Tool for fabricated concrete wall lifting adjustment, fabricated wall and construction method

Abstract

The invention discloses a tool for fabricated concrete wall lifting adjustment, a fabricated wall and a construction method. The tool for the fabricated concrete wall lifting adjustment comprises a structural member and a bolt. The structural member comprises a first base plate and a second base plate connected with the first base plate. A through hole is formed in the first base plate, and a crowbar insertion hole is formed in the second base plate. The through hole is used for enabling the bolt to pass through, and the bolt is used for fixedly connecting the structural member to a prefabricated part. The tool, the fabricated wall and the construction method can reduce the damage to a concrete wall surface and a corner protection layer in the prizing process of the crowbar (that is, avoidthe direct contact between the crowbar and a wall body so as not to damage the wall body and destroy the integrity of the part), ensure the attractiveness, and ensure the quality of the part.

Description

technical field [0001] The invention relates to the technical field of construction tooling, in particular to a tooling for hoisting and adjusting a prefabricated concrete wall, a prefabricated wall and a construction method. Background technique [0002] At present, in the process of hoisting and installing prefabricated prefabricated components, the traditional method generally uses a crowbar to pry the lower surface of the wall to fine-tune the wall panel to reach the predetermined position. [0003] During this process, due to the small contact area between the crowbar and the wallboard and the concentrated contact positions, the end of the crowbar is relatively sharp. Under the repeated action of prying, the local stress on the contact surface between the crowbar and the wallboard is too large, resulting in Panel surfaces and corners (i.e. figure 1 In the black area, apply figure 1 The traditional operation method will cause the crowbar A to cause damage to the corne...

AI Technical Summary

Problems solved by technology

[0003] During this process, due to the small contact area between the crowbar and the wallboard and the concentrated contact positions, the end of the crowbar is relatively sharp. Under the repeated action of prying, the local stress on the contact surface between the crowbar and the wallboard is too large, resulting in Panel surfaces and corners (i.e. figure 1 In the black area, apply figure 1 The traditional operation method will cause the crowbar A to cause damage to the corners and walls of the prefabricated component B) is extremely prone to damage;

[0004] This not only affects the aesthetics of the concrete components, but in severe cases, it may even damage the thickness of the steel reinforcement protective layer, exposing the steel reinforcement, resulting in structural incompleteness and the hidden danger of future water leakage

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