Window frame system with efficient lighting function

Abstract

The invention discloses a window frame system with an efficient lighting function. The window frame system comprises a window frame, a double-layer glass frame, a telescopic top guide rail, a telescopic base guide rail, two electric rotating shafts a, an electric rotating shaft b, two folding screen windows, an intelligent photosensitive control system and a power source. The telescopic top guide rail extends outwards; the telescopic base guide rail extends inwards; and the movement, rotation and supporting positioning of the double-layer glass frame in various modes can be completed in cooperation with the electric rotating shafts a and the electric rotating shaft b. The window frame system with the efficient lighting function has heat insulation and noise insulation functions in a normal state, and when clothes need to be aired or a solar panel needs to improve the lighting efficiency, the electric rotating shaft b continues to adjust the rotating angle of a one-way perspective glass in the z-axis direction on the basis that an inner-layer glass frame rotates around the z-axis according to an instruction of the intelligent photosensitive control system, and the reflection angle of the whole system is secondarily changed, so that more sunlight is refracted / reflected into a room and points to a specific area.

Description

technical field [0001] The invention belongs to the technical field of structural design, and relates to a window frame system, in particular to a window frame system with efficient daylighting function. Background technique [0002] The daylighting standard is a specification for the design of building lighting and the maintenance and management of lighting facilities. Reasonable lighting standards play an important role in meeting production and living requirements, protecting eyesight and ensuring safety. Daylighting standards mainly include: 1. Daylighting coefficient; 2. Daylighting quality. [0003] Daylighting coefficient: refers to the ratio of the natural illuminance at a certain point indoors to the horizontal illuminance at an outdoor open-air unshaded place on a cloudy day. The larger the daylight factor value, the better the lighting effect. There are two ways to determine the daylighting factor: 1. Indirect method; 2. Direct method. The indirect method is t...

AI Technical Summary

Problems solved by technology

None of the existing technologies can fundamentally solve the problems of light intensity and efficiency, which directly leads to the low utilization rate of solar energy

Moreover, the existing windows have a single function and can only be opened and closed for lighting; moreover, they are basically manually adjusted, and the degree of intelligence is not enough.

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