Automatic leveling device and method for prefabricated parts

Abstract

The invention provides an automatic leveling device and method for prefabricated parts. Original rough manual adjustment is changed into self-adaptive precise and automatic adjustment, the whole automatic leveling device for the prefabricated parts comprises a spirit level, a leveling controller, a drive device, a jack and telescopic booms, automatic horizontal position sensing and high-precisionself-adjustment after hoisting of vertical prefabricated parts are realized, horizontal position adjustment of the prefabricated parts such as the vertical prefabricated parts in the hoisting processis simplified greatly, automatic operation is realized, so that hoisting connection nodes, hangers and steel wire ropes in the hoisting process of the prefabricated parts such as the vertical prefabricated parts are stressed uniformly and reasonably, the prefabricated parts such as the vertical prefabricated parts can be in an ideal pose before reaching a designated position, and construction efficiency and quality of prefabricated buildings are improved.

Description

technical field [0001] The invention relates to an automatic leveling device and method for a prefabricated component. Background technique [0002] During the hoisting and installation of vertical components of prefabricated concrete structures, the horizontal position of the components after hoisting directly affects whether the lifting force action line passes through the center of gravity of the components and whether the force of the component hoisting connection nodes, spreaders and tower crane wire ropes is uniform, and affects The construction efficiency when the components are installed. At present, the horizontal position adjustment of prefabricated components used on the construction site is manually adjusted by visual inspection. If the management link is missing, it will inevitably cause problems such as low efficiency and unreasonable force on components. Contents of the invention [0003] The object of the present invention is to provide an automatic leveli...

AI Technical Summary

Problems solved by technology

[0002] During the hoisting and installation of vertical components of prefabricated concrete structures, the horizontal position of the components after hoisting directly affects whether the lifting force action line passes through the center of gravity of the components and whether the force of the component hoisting connection nodes, spreaders and tower crane wire ropes is uniform, and affects Construction efficiency until component installation

At present, the horizontal position adjustment of prefabricated components used in the construction site is manually adjusted by visual inspection. If the management link is missing, it will inevitably cause problems such as low efficiency and unreasonable force on components.

Images