Waterproof tilted eave of roof parapet and construction method thereof

Abstract

The invention discloses a waterproof tilted eave of a roof parapet and a construction method thereof. The waterproof tilted eave comprises concrete tilted eaves and rigid skeletons, wherein the concrete tilted eaves are distributed on the inner wall surface of the parapet and are tilted from top to bottom, the rigid skeletons are embedded in the concrete tilted eaves, the upper closed end of a waterproof coiled material positioned below the concrete tilted eaves is firmly pressed between the bottom of the concrete tilted eaves and the parapet, and the parapet is a reinforced concrete wall and is firmly connected with the concrete tilted eaves into a whole. The construction method of the waterproof tilted eave comprises the following steps: 1, measuring and paying off; 2, carrying out rigid skeleton construction; 3, erecting a formwork; 4, carrying out concrete pouring construction; 5, curing the concrete; and 6, removing the formwork. The invention has the advantages of reasonable design, simple construction, low input cost and high work efficiency, and the constructed waterproof tilted eave has beautiful appearance and good waterproof effect, thereby effectively solving the problems of short serviceable life, easy aging and cracking, poor waterproof effect, poor overall visual effect of the roof, high maintenance cost and the like in the traditional waterproof structure.

Description

technical field [0001] The invention belongs to the technical field of roof parapet flooding structure construction, and in particular relates to a roof parapet flooding overturning eaves and a construction method. Background technique [0002] When the traditional construction method is used to construct the flooding of the roof parapet wall, because the flooding of the roof parapet wall and the plastering of the parapet wall itself cannot be carried out at the same time, they can only be constructed one after the other, so the flooding There must be a boundary between the overturned eaves and the parapet wall. In this way, after the completed roof has been used for a long time (generally, the service life is more than 5 years), aging cracks will appear at the junction of the two constructions of the flooded overturned eaves and the parapet wall, which is easy to Leakage occurs at the closure of the waterproof membrane under the flooded overturned eaves, which not only aff...

AI Technical Summary

Problems solved by technology

[0002] When the traditional construction method is used to construct the flooding of the roof parapet wall, because the flooding of the roof parapet wall and the plastering of the parapet wall itself cannot be carried out at the same time, they can only be constructed one after the other, so the flooding There must be a boundary between the overturned eaves and the parapet wall

In this way, after the completed roof has been used for a long time (generally, the service life is more than 5 years), aging cracks will appear at the junction of the two constructions of the flooded overturned eaves and the parapet wall, which is easy to Leakage occurs at the closure of the waterproof membrane under the flooded overturned eaves, which not only affects the service life of the building, but also requires more manpower and material resources for regular maintenance in the future, and the resulting aging cracks affect the overall appearance of the roof Effect

Images