A load-bearing diversion device

Abstract

The invention relates to the field of roof waterproofing, and discloses a load-bearing diversion device, which includes a diversion device, a corner post and a load-bearing main cross bar. , raised tiles, moisture barrier film, flat iron and multiple clips, the raised tiles are set on both sides of the flat tiles, forming a saddle tile surface layer with the flat tiles, and the flat irons are set on the lower surface of the flat tiles and bonded On the flat tiles, the moisture-proof membranes are installed at the cornices on both sides of the saddle-shaped tiles, and the clips are fixed on the flat iron. The saddle-shaped tiles are supported by corner columns and main load-bearing horizontal bars. The present invention directly transmits the load from the upper part to the building structure through the corner columns and the load-bearing main crossbar, and uses clips to be arranged on the flat iron to clamp the tile ridge crossbar and the tile eave crossbar to ensure that the saddle tile After installation, it will not be easily displaced. At the same time, a moisture barrier film is provided on the outside of the tile eaves cross bar, which is connected to the side of the branch channel to prevent water droplets from splashing out of the branch channel and splashing on the roof to make water vapor.

Description

technical field [0001] The invention relates to the field of roof waterproofing, in particular to a load-bearing flow guiding device. Background technique [0002] The roof is the enclosure and load-bearing structure that covers the uppermost layer of the house. One of its most important functions is to "shield from the wind and rain". Roof drainage is a measure to quickly drain the rain and snow on the roof to avoid roof flooding. Most of the existing houses directly pour rainwater to the ground through the cornice, and the outer wall feet are often eroded by splashing rainwater, which reduces the firmness and durability of the outer wall, and the rainwater dripping from the cornice may further affect the traffic on the sidewalk; Some roofs are equipped with a drainage system, but the structure of the drainage system often has unreasonable design, which usually seriously affects the drainage performance of the building, and most drainage systems cannot be flexibly disassemb...

AI Technical Summary

Problems solved by technology

Most of the existing houses directly drain rainwater to the ground through the eaves, and the foot of the outer wall is often eroded by splashing rainwater, which reduces the durability of the outer wall, and the rainwater dripping from the eaves may further affect the traffic on the sidewalk; Some roofs are equipped with a drainage system, but the structure of the drainage system often has unreasonable design, which usually seriously affects the drainage performance of the building, and most drainage systems cannot be disassembled and installed flexibly, resulting in poor flexibility and maintenance. inconvenience

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