Concrete pouring fast construction method

Abstract

The invention discloses a concrete pouring fast construction system which comprises a moving formwork device, a concrete wet spraying and pouring device and a concrete moving blending device, wherein the concrete moving blending device is connected with the concrete wet spraying and pouring device through a pipeline, the moving formwork device comprises formworks, each formwork is of a thin plate-like unit body, the unit bodies of the formworks are spliced into a whole plate through bolts, and the whole plate is supported by formwork slideways positioned at the two ends of the whole plate. The concrete pouring fast construction system has the advantages of realizing continuous and uninterrupted concrete fast pouring and realizing fast, continuous and emergency repair construction of bridge deck paving, as well as fast construction and emergency repair fast construction of airfield runways and military emergency works. The concrete pouring fast construction system is simple in structure and simple and convenient to operate, and can be used for not only improving the construction efficiency of large-range wide-amplitude thin plate concrete in a slope or a plane, but also greatly shortening the opening time of a concrete repair region and meeting harsh requirements on the construction speed during the large-range application of fast hardening concrete.

Description

technical field [0001] The invention belongs to the technical field of rapid construction equipment for lifting concrete engineering, and relates to a rapid construction system for pouring thin-slab concrete in a large range and width on a slope or plane, and more specifically to rapid construction and repair projects of bridge deck pavement and airport runways, etc. And the concrete pouring rapid construction system in the emergency repair project of military emergency slope or plane large-scale and wide thin-slab quick-setting concrete. Background technique [0002] With the development of our country's national economy, a large number of projects in the transportation field are developing rapidly. The construction period of these projects is particularly important. Whoever can shorten the construction period will be able to seize the opportunity. In addition, in a large number of engineering constructions, it is inevitable to encounter some projects that need to be quickl...

AI Technical Summary

Problems solved by technology

In addition, in a large number of engineering constructions, it is inevitable to encounter some projects that need to be quickly constructed and put into use, such as airport runways, bridge deck pavement, etc. At the same time, with the rapid growth of traffic volume and the increasingly heavy vehicle load , the impact force, dynamic load strength and fatigue of highway bridges continue to increase, so that the bridge deck is often in an overloaded working state, resulting in rutting, shifting, cracking, delamination, potholes, etc. on many bridge deck pavement layers along the highway A large number of damage phenomena make the service life of the bridge deck pavement shorter and shorter. In order to restore the road performance of the bridge deck as soon as possible and reduce the impact of damage on transportation, it is necessary to repair the damaged bridge deck, and the current bridge deck maintenance The work is becoming more and more frequent and the project volume is increasing

Bridge deck maintenance, especially large-scale bridge deck maintenance, often causes traffic jams and even induces traffic accidents, which greatly reduces the traffic capacity and service level, making the contradiction between bridge deck maintenance and normal traffic operation increasingly prominent, while the traditional construction process It is complicated, the construction period is long, and the equipment required in the construction is scattered, which leads to the unsmooth connection of the construction process and reduces the construction efficiency. It is difficult to meet the actual requirements of large-scale rapid repair of road or bridge decks.

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