Assembled wall auxiliary mounting device and using method

Abstract

The invention discloses an assembled wall auxiliary mounting device and a using method. The assembled wall auxiliary mounting device comprises an auxiliary supporting frame fixed on an assembled walland a reinforcement clamping correction device for fixing a reinforcement on the assembled wall; the auxiliary supporting frame comprises struts, a regulation rod and connection rods; two struts are horizontally arranged and are connected with each other through a rotating shaft; the regulation rod is vertically arranged and is rotatably connected to the struts; both ends of each connection rod are respectively connected with the struts and the regulation rod; a wall regulation device is arranged on the regulation rod; the reinforcement clamping correction device comprises fixed plates and connection bolts; two fixed plates are arranged in parallel and are connected by the connection bolts; a rotating shaft fixed groove is arranged on the outer lateral surface of the fixed plate inside; reinforcement fixed disks and connection supports are arranged inside the fixed plates; a rotating shaft at the inner ends of the struts is inserted into the rotating shaft fixed groove on the fixed plate. The assembled wall auxiliary mounting device is simple in structure, working efficiency can be effectively promoted, the construction cost is reduced, and the safety is improved.

Description

technical field [0001] The invention relates to the field of building auxiliary devices, in particular to a prefabricated wall auxiliary installation device and a usage method. Background technique [0002] At present, most buildings use prefabricated walls for construction, but during the wall construction process, the walls are easily shaken when the walls are hoisted, the installation and alignment are troublesome, and it is extremely difficult to get in place. A large number of diagonal braces are fixed, and the installation of diagonal braces is labor-intensive, cumbersome and complicated, and the work efficiency is low. In addition, because of the installation of diagonal braces, it is necessary to install embedded parts on the wall and ground in advance. It is troublesome, wastes labor and materials, affects the construction progress, and there are phenomena such as knocking and prying during the alignment process, which affects the quality of component installation a...

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Problems solved by technology

[0002] At present, most buildings use prefabricated walls for construction, but during the wall construction process, the walls are easily shaken when the walls are hoisted, the installation and alignment are troublesome, and it is extremely difficult to get in place. A large number of diagonal braces are fixed, and the installation of diagonal braces is labor-intensive, cumbersome and complicated, and the work efficiency is low. In addition, because of the installation of diagonal braces, it is necessary to install embedded parts on the wall and ground in advance. It is troublesome, wastes labor and materials, affects the construction progress, and there are phenomena such as knocking and prying during the alignment process, which affects the installation quality of the components and causes damage to the corners of the components, and because of the need to manually control the accuracy of the hoisting wall, there are potential safety hazards

When installing the wall, it is necessary to precisely match and insert the sleeve at the lower end of the wall to be assembled with the steel bar at the upper end of the assembled wall, but because the steel bar is deformed and twisted during the prefabrication or construction process of the wall, the sleeve cannot be aligned. When installing the wall to be assembled, it is necessary to manually correct the steel bars. The labor intensity is high, the work efficiency is slow, and there are potential safety hazards.

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