Shading, reflective, wind-guided integrated building structure

Abstract

The invention relates to the technical field of construction, in particular to a sun shading, light reflecting and air guiding integrated building structure. The sun shading, light reflecting and air guiding integrated building structure comprises a building outer wall, a window mounted outer wall, an internal rotation high window upper occlusion piece, an internal rotation high window lower occlusion piece, internal rotation high window frames, internal rotation high window sashes, outdoor sun shading, light reflecting and air guiding plate, external rotation low window frames, an external rotation low window upper occlusion piece, an external rotation low window lower occlusion piece, external rotation low window sashes, an inclined ceiling, an internal rotation high window hinge, an external rotation low window hinge and an indoor light reflecting and air guiding plate. By utilizing a combining form of the outdoor sun shading, light reflecting and air guiding plate, the indoor light reflecting and air guiding plate, the inclined ceiling and vertical high and low windows, the effects of reducing indoor direct sunlight in the summer, increasing indoor natural ventilation and improving indoor illumination uniformity are achieved; and energy saving, emission reducing and environmental protection are achieved, the indoor environment comfort degree of a building is improved, and significant improving effects especially on ventilation and daylighting of building space with large depth are achieved.

Description

technical field [0001] The invention relates to the technical field of buildings, in particular to a building structure integrating sunshade, light reflection and wind guide. Background technique [0002] The layout of the building with small bays and large depths can effectively save land resources, but under natural lighting conditions, the illuminance distribution in large-depth rooms is uneven: the side illumination near the lighting opening is too high, and the side illumination far away from the lighting opening is too low. bad. Another problem with large deep rooms is poor natural ventilation. Therefore, it is necessary to provide an integrated building structure of sunshade, light reflection and wind guide to solve the above problems. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide an integrated building structure with sunshade, light reflection and wind guide to solve the problems existing in the prior...

AI Technical Summary

Problems solved by technology

[0002] The layout of the building with small bays and large depths can effectively save land resources, but under natural lighting conditions, the illuminance distribution in large-depth rooms is uneven: the side illumination near the lighting opening is too high, and the side illumination far away from the lighting opening is too low. bad

Another problem with deep rooms is the poor natural ventilation

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