Skylight for green building

Abstract

The invention belongs to the field of building skylights, and particularly relates to a skylight for a green building. The skylight for the green building comprises a movement groove, a window sash mechanism and a dust removal mechanism. The dust removal mechanism is installed on the window sash mechanism which is installed in a skylight opening of an inclined roof and conducts winding operation and dust removal on a piece of window gauze installed on the window sash mechanism. According to the skylight, the dust removal mechanism does not conduct dust removal on the window gauze in the process that the skylight closes the skylight opening, the dust removal mechanism just conducts dust removal on the window gauze accumulated between a roller C and dust removal brushes after the skylight completely closes the skylight opening, and the phenomenon that the dust on the window gauze is brushed away by the dust removal brushes to fly and enter a room through the window gauze in the process that the skylight closes the skylight opening is avoided. Two energy storage volute spiral springs B drive a roller D through a shaft D to wind and recover the window gauze in the process that the twodust removal brushes conduct dust removal on the window gauze.

Description

technical field [0001] The invention belongs to the field of building skylights, in particular to a skylight for green buildings. Background technique [0002] In architectural design, in order to increase the ventilation between the interior and the outside of the building, in addition to installing more windows, skylights will also be installed on the roof of the attic. Traditional roof skylights generally do not have window screens, which can easily enter mosquitoes and dust, resulting in indoor pollution. Even if some skylights have window screens, after a long period of use, a large amount of dust or fluff will adhere to the window screens. The air that the window screen enters the house carries the dust on the window screen, aggravating the pollution of the air in the house, so it is necessary to regularly clean the dust or fluff attached to the window screen. However, since the skylight is on the roof, it is more difficult to clean the window screen. [0003] In vie...

AI Technical Summary

Problems solved by technology

[0002] In architectural design, in order to increase the ventilation between the interior and the outside of the building, in addition to installing more windows, skylights will also be installed on the roof of the attic. Traditional roof skylights generally do not have window screens, which can easily enter mosquitoes and dust, resulting in indoor pollution.

Even if some skylights have window screens, after a long period of use, a large amount of dust or fluff will adhere to the window screens. The air that enters the room from the window screen carries the dust on the screen, aggravating the air pollution in the house, so it is necessary to regularly clean the dust or fluff attached to the screen

However, since the skylight is on the roof, it is more difficult to clean the window screen

[0003] In view of the above-mentioned problems of the traditional roof skylights that cannot prevent mosquitoes and the dust attached to the screens is difficult to clean, it is necessary to design a skylight that prevents mosquitoes and automatically cleans the dust from the screens

Images