Integrated construction technology of anti-collision wall formwork

Abstract

The invention discloses an integrated construction process for an anti-collision wall formwork. A T-shaped operating platform is additionally arranged at a vertical rib of an outer mold of an anti-collision wall and is firmly connected with the vertical rib of the outer mold through a bolt. By using an integrated system of the anti-collision wall formwork, and due to the modification of the process, the safety coefficient for anti-collision wall construction is obviously increased, and the anti-collision wall can adapt to complex construction environments; safety protection at each process stage is enhanced, so that safety measures are relatively perfect; in addition, the modified formwork process is simple in working procedure, convenient to operate and capable of obviously increasing the formwork turnover construction efficiency, improving the effect, shortening the construction period and reducing part of construction cost.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an integrated construction process of formwork for anti-collision walls. Background technique [0002] The traditional anti-collision wall formwork process has the characteristics of many processes, weak border protection and high risk for high-altitude operations, and there are many construction falling accidents. Especially in the construction of viaducts, it is necessary to cross existing roads, rivers, and existing Bridges, etc., the complex construction environment makes the high-altitude protection of the anti-collision wall more difficult. Although the construction technology of the ordinary hanging platform platform is simple to operate, low in cost, and the construction speed is acceptable, the separation mode of the operating platform and the formwork system makes it extremely inconvenient for the operator to operate during the concrete pouring and vibrating process...

AI Technical Summary

Problems solved by technology

[0002] The traditional anti-collision wall formwork process has the characteristics of many processes, weak border protection and high risk for high-altitude operations, and there are many construction falling accidents. Especially in the construction of viaducts, it is necessary to cross existing roads, rivers, and existing Bridges, etc., the complex construction environment makes the high-altitude protection of the anti-collision wall more difficult

Although the construction technology of the ordinary hanging platform platform is simple to operate, low in cost, and the construction speed is acceptable, the separation mode of the operating platform and the formwork system makes it extremely inconvenient for the operator to operate during the concrete pouring and vibrating process, and it is harmful to the safety of the construction personnel. lower

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