A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel skylight heat preservation structure
The invention relates to the technical field of doors and windows, and particularly discloses a novel skylight heat preservation structure which comprises a bearing base, a plurality of window bases, a plurality of supporting frames and a plurality of window sashes, the supporting frames are fixedly connected to the bearing base, each supporting frame is fixedly provided with two rotating bases, and the window bases are fixedly connected to the bearing base; a window frame is fixedly arranged on each window seat, the multiple window sashes are rotationally connected to the window frames, an upper heat preservation assembly is arranged at the lower end of each window sash, and a lower heat preservation assembly is arranged at the upper end of each window frame; the upper heat preservation assembly comprises a window sash opening and closing outer side sectional material, a window sash opening and closing inner side sectional material, a window sash connecting inner side sectional material and a window sash connecting outer side sectional material. The window sash opening and closing outer side sectional material and the window sash opening and closing inner side sectional material are both fixedly connected to the opening and closing end of a window sash. The penetration amount can be reduced, indoor and outdoor heat exchange is greatly reduced, and the heat preservation and insulation effects are achieved.
本发明涉及门窗的技术领域，具体公开了一种新型天窗保温结构，包括承重基座、多个窗座、多个支撑架和多个窗扇，多个支撑架均固定连接在承重基座上，每个支撑架上均固定设置有两个转动座，多个窗座均固定连接在承重基座上；每个窗座上均固定设置有一个窗架，多个窗扇均转动连接在窗架上，每个窗扇的下端均设置有上保温组件，每个窗架的上端均设置有下保温组件；上保温组件包括窗扇开合外侧型材、窗扇开合内侧型材、窗扇连接内侧型材和窗扇连接外侧型材，窗扇开合外侧型材和窗扇开合内侧型材均固定连接在窗扇的开合端。本发明能够减少了穿透量，大幅度降低了室内外的热量交换，达到了保温隔热的效果。
Novel skylight heat preservation structure
The invention relates to the technical field of doors and windows, and particularly discloses a novel skylight heat preservation structure which comprises a bearing base, a plurality of window bases, a plurality of supporting frames and a plurality of window sashes, the supporting frames are fixedly connected to the bearing base, each supporting frame is fixedly provided with two rotating bases, and the window bases are fixedly connected to the bearing base; a window frame is fixedly arranged on each window seat, the multiple window sashes are rotationally connected to the window frames, an upper heat preservation assembly is arranged at the lower end of each window sash, and a lower heat preservation assembly is arranged at the upper end of each window frame; the upper heat preservation assembly comprises a window sash opening and closing outer side sectional material, a window sash opening and closing inner side sectional material, a window sash connecting inner side sectional material and a window sash connecting outer side sectional material. The window sash opening and closing outer side sectional material and the window sash opening and closing inner side sectional material are both fixedly connected to the opening and closing end of a window sash. The penetration amount can be reduced, indoor and outdoor heat exchange is greatly reduced, and the heat preservation and insulation effects are achieved.
本发明涉及门窗的技术领域，具体公开了一种新型天窗保温结构，包括承重基座、多个窗座、多个支撑架和多个窗扇，多个支撑架均固定连接在承重基座上，每个支撑架上均固定设置有两个转动座，多个窗座均固定连接在承重基座上；每个窗座上均固定设置有一个窗架，多个窗扇均转动连接在窗架上，每个窗扇的下端均设置有上保温组件，每个窗架的上端均设置有下保温组件；上保温组件包括窗扇开合外侧型材、窗扇开合内侧型材、窗扇连接内侧型材和窗扇连接外侧型材，窗扇开合外侧型材和窗扇开合内侧型材均固定连接在窗扇的开合端。本发明能够减少了穿透量，大幅度降低了室内外的热量交换，达到了保温隔热的效果。
Novel skylight heat preservation structure
一种新型天窗保温结构
GUO JIAJUN (author) / GUO HUAIXU (author)
2024-11-05
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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