A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The energy-saving skylight for the green building comprises a skylight body, an outer circle sleeve frame is arranged on the periphery of the skylight body, a rotating ring cover is rotationally installed on the outer circle sleeve frame, the skylight body is installed on the inner wall of the rotating ring cover, and a floating mechanism and a positioning mechanism are arranged between the outer circle sleeve frame and the rotating ring cover. And two groups of wind shields are mounted on the outer side wall of the rotating ring cover, and are positioned on one side far away from the opening of the skylight body. By means of the floating mechanism, the sliding friction force between the outer circle sleeve frame and the rotating ring cover is small, so that when external wind power blows to the wind shield, even if the wind power is small, the wind shield can be pushed to move, the rotating ring cover is driven to rotate, and an opening of the skylight body faces the wind flowing direction; and after the skylight is opened, rapid indoor ventilation can be realized.
本发明公开了一种用于绿色建筑的节能天窗，包括天窗本体，所述天窗本体外围设有外圆套架，所述外圆套架上转动安装有旋转环盖，所述天窗本体安装在旋转环盖内壁上，所述外圆套架和旋转环盖之间设有浮动机构和定位机构，所述旋转环盖外侧壁上安装有两组挡风板，两组所述挡风板皆位于远离天窗本体开口一侧。本发明通过浮动机构的存在，使得外圆套架和旋转环盖之间滑动摩擦力较小，因此当外界风力吹到挡风板上，即使风力较小，也可推动挡风板移动，从而带动旋转环盖转动，让天窗本体的开口朝向风流动方向，打开天窗后可以实现对室内的快速通风换气。
The energy-saving skylight for the green building comprises a skylight body, an outer circle sleeve frame is arranged on the periphery of the skylight body, a rotating ring cover is rotationally installed on the outer circle sleeve frame, the skylight body is installed on the inner wall of the rotating ring cover, and a floating mechanism and a positioning mechanism are arranged between the outer circle sleeve frame and the rotating ring cover. And two groups of wind shields are mounted on the outer side wall of the rotating ring cover, and are positioned on one side far away from the opening of the skylight body. By means of the floating mechanism, the sliding friction force between the outer circle sleeve frame and the rotating ring cover is small, so that when external wind power blows to the wind shield, even if the wind power is small, the wind shield can be pushed to move, the rotating ring cover is driven to rotate, and an opening of the skylight body faces the wind flowing direction; and after the skylight is opened, rapid indoor ventilation can be realized.
本发明公开了一种用于绿色建筑的节能天窗，包括天窗本体，所述天窗本体外围设有外圆套架，所述外圆套架上转动安装有旋转环盖，所述天窗本体安装在旋转环盖内壁上，所述外圆套架和旋转环盖之间设有浮动机构和定位机构，所述旋转环盖外侧壁上安装有两组挡风板，两组所述挡风板皆位于远离天窗本体开口一侧。本发明通过浮动机构的存在，使得外圆套架和旋转环盖之间滑动摩擦力较小，因此当外界风力吹到挡风板上，即使风力较小，也可推动挡风板移动，从而带动旋转环盖转动，让天窗本体的开口朝向风流动方向，打开天窗后可以实现对室内的快速通风换气。
Energy-saving skylight for green building
一种用于绿色建筑的节能天窗
HUANG HAIMEI (author)
2023-06-06
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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