An integrated construction machine for bridge deck composite structure

Abstract

The invention discloses a construction integrated machine for a bridge deck composite structure. The construction integrated machine comprises a chassis; the chassis is provided with wheel axles and wheels located at two ends of each wheel axle; the chassis is provided with a gum dipping square grid device, a first gum dipping tank, a stone storing and arranging tank and a second gum dipping tank in sequence from front to back; the gum dipping square grid device comprises roll shafts and gum dipping square grids, wherein the roll shafts are rotatably arranged on the chassis, and the gum dipping square grids are wound on the roll shafts; the first gum dipping tank is provided with a first outlet and a first valve for controlling the first outlet to be opened and closed; the second gum dipping tank is provided with a second outlet and a second valve for controlling the second outlet to be opened and closed; and the bottom part of the stone storing and arranging tank is provided with a stone outlet. As the gum dipping square grid device, the first gum dipping tank, the stone storing and arranging tank and the second gum dipping tank are arranged on the chassis in sequence from front to back, when the construction integrated machine for the bridge deck composite structure drives a certain construction region, four processes can be performed simultaneously, so that the construction period is shortened, and the construction efficiency is increased.

Description

technical field [0001] The invention relates to the technical field of bridge construction machinery, in particular to an integrated bridge deck construction machine. Background technique [0002] The bridge deck, also known as the roadway deck, is a heavy structure that directly bears the wheel pressure of the vehicle. The bridge deck structure is the core part of the whole bridge. The quality of the bridge deck laying will directly affect the service life of the whole bridge. Therefore, the laying of the bridge deck is particularly important, and the requirements for material selection and construction process are quite high. [0003] In the prior art, when constructing bridge deck composite structures, it is often necessary to construct each layer of bridge deck separately, and the construction of the upper deck can only be carried out after the construction of the lower deck is completed, which will lead to prolongation of the construction period and affect the construct...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, when constructing a bridge deck composite structure, it is often necessary to construct each layer of the bridge deck separately, and the construction of the upper deck can only be carried out after the construction of the lower deck is completed, which will lead to an extension of the construction period and affect the construction efficiency.

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