Intelligent daylighting roof of snow removal curtain wall

Abstract

The invention relates to an intelligent daylighting roof of a snow removal curtain wall. The intelligent daylighting roof comprises glass boards and supporting rods, wherein the supporting rods are distributed on the top layer of a building in parallel at equal intervals; the heights of the upper ends of the supporting rods are different from that of the lower ends of the supporting rods; the glass boards are fixedly mounted among the supporting rods; the glass boards are divided into an upper layer and a lower layer and mounted on the left and right side walls of the supporting rods; the glass boards in the same layer keep closed state; the glass boards in the two layers keep vacuumed state; the supporting rod adopts a hollow tube; induced draft holes are formed in the upper walls of the supporting rods at equal intervals; air inlet valves are arranged at the lower walls of the supporting rods; the air inlet valves are communicated with the interior of a room. The intelligent daylighting roof is simple in structure, and can effectively collapse deposited snow layers on the roof, promote deposited snow to be rapidly molten, effectively prevent from being damaged by the prolonged pressure of the deposited snow, and effectively prevent the deposited snow from sliding down integrally and injuring residents.

Description

technical field [0001] The invention relates to a curtain wall structure, in particular to a curtain wall daylighting roof. Background technique [0002] With the application of glass in the roof, the application of architectural glass skylights is becoming more and more extensive, and the forms are becoming more and more diverse. Glass curtain wall skylights are also widely used in China; There are many similarities, and at the same time, it needs to have special functions according to the structure, climate and environment; the biggest difference between the daylighting roof and the side wall curtain wall is that it faces the sky, which makes it withstand greater solar radiation than the side wall curtain wall. Larger rain loads, ice and snow loads; at the same time, the skylight is more likely to be impacted, and the frequency of concentrated loads will also increase, so more factors need to be considered when using curtain walls for skylights; in high latitude areas, ...

AI Technical Summary

Problems solved by technology

[0002] With the application of glass in the roof, the application of architectural glass skylights is becoming more and more extensive, and the forms are becoming more and more diverse. Glass curtain wall skylights are also widely used in China; There are many similarities, and at the same time, it needs to have special functions according to the structure, climate and environment; the biggest difference between the daylighting roof and the side wall curtain wall is that it faces the sky, which makes it withstand greater solar radiation than the side wall curtain wall. Larger rain loads, ice and snow loads; at the same time, the skylight is more likely to be impacted, and the frequency of concentrated loads will also increase, so more factors need to be considered when using curtain walls for skylights; in high latitude areas, In winter, there will be frequent snowfall and rain. Traditional lighting roofs often use double-layer glass for heat preservation. The temperature of the outer glass is relatively low. When the ice and snow have not melted, another layer of snowflakes will fall, and the lower layer of ice and snow will freeze. Solidification on the glass surface seriously increases the load of the lighting roof. With the increase of snow, the lighting roof may collapse at any time, so there is a big safety hazard; when the rainy and snowy weather ends, the ice and snow solidified on the lighting roof may melt. Falling in one piece, it is easy to injure residents around the building

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