A method for pouring concrete with a pouring device for civil engineering construction

Abstract

The invention provides a casting device for civil construction. The casting device for civil construction comprises a steel channel (1) serving as a concrete buckling die track, tie bars (5), supporting bars (6) and a main buckling die (2), wherein the bottom of the steel channel (1) and the structural top face are located on the same height level, two symmetrically arranged tie bars (5) penetratethrough the upper portion and the lower portion of a wooden wedge (4) respectively, the supporting bars (6) are arranged at the bottom of the main buckling die (2), and the tie bars (5), the supporting bars (6) and structural main bars (7) are effectively welded to fix the steel channel (1), the main buckling die (2) is clamped into a groove of the steel channel (1) and is tightly attached to thelower bottom, a rubber pipe (3) is clamped into the top, the wooden wedge (4) is tightly wedged into the track of a steel channel (2) on the rubber pipe (3), and the height of the main buckling die (2) is increased with concrete casting height under the concrete casting situation. The invention also discloses a corresponding concrete casting construction method. The construction efficiency is improved, the material consumption and engineering cost are reduced, vibration is facilitated, the concrete casting quality is ensured, and no concrete is leaked.

Description

technical field [0001] The invention relates to a civil engineering technical method, in particular to a civil construction pouring device and a concrete pouring construction method. Background technique [0002] Concrete is a hydraulic material, and concrete curing is an important process to ensure the quality of concrete construction. During the growth period of concrete strength, in order to avoid water loss caused by surface evaporation and other reasons, the hydration of concrete can be fully carried out. In some engineering constructions, most of the inclined concrete pouring adopts the traditional steel pipe buckle form, the construction process is relatively cumbersome, the formwork has many holes, the material loss is serious, the amount of tie bars, steel pipe purlins, etc. is large, and the material consumption is large. It takes a long time, the construction slurry leakage is serious, and the construction cost is high. Contents of the invention [0003] In or...

AI Technical Summary

Problems solved by technology

In some engineering constructions, most of the inclined concrete pouring adopts the traditional steel pipe buckle form, the construction process is relatively cumbersome, the formwork has many holes, the material loss is serious, the amount of tie bars, steel pipe purlins, etc. is large, and the material consumption is large. It takes a long time, the construction grout is serious, and the construction cost is high

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