Diffusion wheel pressure reinforcement plate for floor construction on hoisting machinery

Abstract

The invention relates to a diffusion wheel-pressure reinforcement construction method for a floorslab on hoisting machinery. The method comprises the following steps of: step 1, confirming if the floorslab through which the hoisting machinery passes needs to be diffused and wheel-pressed or not, if yes, carrying out step 2, and if not, carrying out step 4; step 2, confirming the thickness of earthing soil on the floorslab and the thickness of a reinforcement plate on the earthing soil according to the type of the hoisting machinery; step 3, paving the earthing soil and the reinforcement plate on the floorslab according to the thicknesses confirmed by the step 2; and step 4, loading the floorslab by the hoisting machinery. The embodiment of the invention also provides a diffusion wheel-pressure reinforcement plate applied in the construction method, the reinforcement plate comprises a frame and a top plate arranged on the frame. Compared with reinforcement only through earthing or a scaffold, the construction method and the reinforcement plate are capable of saving more measure fee.

Description

technical field [0001] The invention belongs to the field of construction, and in particular relates to a diffusion wheel pressure reinforcing plate used for floor construction on a hoisting machine. Background technique [0002] Because the steel structure satisfies the requirements of the three elements of the building "applicability, firmness, and beauty", and with the innovation and breakthrough of the steel structure construction and installation technology, the steel structure has shown vigorous vitality in recent years, but in the construction of the steel structure, due to some For the installation of heavy components, hoisting machinery such as large truck cranes must be used for hoisting on the floor, and large truck cranes have attracted much attention to construction safety due to their large wheel pressure load values, uncertain action positions, and generally short action time. The concrete structure should be reinforced in the floor area where the truck crane ...

AI Technical Summary

Problems solved by technology

At present, due to the inaccurate calculation of vehicle wheel pressure, most construction companies adopt quite conservative reinforcement methods, such as the construction method of building dense scaffolding under the floor. This construction method requires a lot of scaffolding rental fees and labor costs. At the same time, the construction progress will be delayed, and the unevenness of the floor and the wheels of the hoisting machinery will directly act on the floor. The excessive wheel pressure will easily cause damage to the floor; Filling very thick soil, this method of covering soil requires a large amount of soil and a lot of labor to tamp

Images