Invisible intelligent full-automatic outer sun-shading system

Abstract

The invention discloses an invisible intelligent full-automatic outer sun-shading system, comprising a roller shade box, wherein two ends of the roller shade box are connected to the wall by a head installing seat and a trail installing seat. The invisible intelligent full-automatic outer sun-shading system also comprises a plurality of roller shade pieces, wherein one end sof the roller shade pieces are connected to the roller shade box and the other ends are vertically arranged. The invisible intelligent full-automatic outer sun-shading system also comprises a temperature / light sensor, a controller, a clock controller, an electric rotating motor, an unrolling and rolling electric motor and a turning wheel which are sequentially electrically connected, wherein the clock controller, the electric rotating motor, the unrolling and rolling electric motor and the turning wheel are arranged in the roller shade box; and a leading cable is connected with the electric rotating motor, and one ends of the roller shade pieces are connected to the leading cable. The three-dimensional full-weather automatic control of the outer sun-shading system is realized, the heat-proof quality of the sun-shading system is effectively improved, most of sunlight heat can be reflected and shaded; the outer sun-shading system can avoid that the solar radiation directly enter into the indoor room, is beneficial to the prevention of the fluctuation of the indoor temperature, reduces the cold and hot load loss of the air-condition, greatly improves the heat insulation and daylighting performance of the common sun-shading system and the performance of the air-condition system, and achieves better energy saving effect.

Description

technical field [0001] The invention relates to an invisible intelligent full-automatic external sunshade system. Background technique [0002] The "Design Standards for Energy Conservation of Public Buildings" suggests that buildings in hot summer and warm winter, hot summer and cold winter regions, and buildings with large cooling load in cold regions should be equipped with external sunshades, and the calculation method of the sunshade coefficient is determined. There are two types of building shading: indoor and outdoor. In the past, shading systems were generally designed indoors. In fact, outdoor shading is more scientific than indoor shading, and the shading effect is better. [0003] Indoor shading is to install the sunshade curtain inside the window. The curtain forms a shading misunderstanding visually. In fact, the heat has entered the room and produces a greenhouse effect in the glass window, which inevitably makes the room accumulate heat. The outdoor sunshade...

AI Technical Summary

Problems solved by technology

[0006] Venetian blinds and fabric roller blind shading systems should not be used on high-rise buildings

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