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A platform for research: civil engineering, architecture and urbanism
Skylight system with built-in drainage structure
A skylight system with a built-in drainage structure comprises a plurality of skylight units (1) and a supporting framework (2); each skylight unit (1) comprises a window frame (11) and a window sash(12) at the upper part of the window frame (11); the supporting framework (2) comprises longitudinal supporting beams (21) arranged below longitudinal frames (111) on the front and rear sides of the window frames (11) in a supporting mode, and transverse supporting beams (22) arranged below transverse frames (112) on the left and right sides of the window frames (11) in a supporting mode; every two left and right adjacent skylight units (1) are separated, a waterproof adhesive tape is clamped in a gap between the two adjacent window sashes (12) of every two adjacent skylight units (1), and a first drainage groove (51) with an upward opening is formed in a concave position enclosed between the transverse frames (112) of the two adjacent window frames (11) of every two adjacent skylight units (1) and the transverse supporting beams (22) below the transverse frames (112) in the supporting mode. According to the skylight system, through the built-in drainage structure, bulge of the skylight is greatly reduced, a whole roof is more integrated, the appearance effect is better, and the waterproof performance is better.
一种内置排水构造的天窗系统，包括：多个天窗单元（1）和支撑骨架（2），每个天窗单元（1）包括窗框（11）及其上部的窗扇（12），所述支撑骨架（2）包括：支撑于窗框（11）前后两侧的纵向边框（111）下方的支撑纵梁（21）、支撑于窗框（11）左右两侧的横向边框（112）下方的支撑横梁（22）；左右相邻的两个天窗单元（1）之间分隔开，两者相邻的两个窗扇（12）之间的空隙内夹置有防水胶条，两者相邻的两个窗框（11）横向边框（112）与其下方支撑的支撑横梁（22）之间围成的凹位形成开口朝上的第一排水槽（51）。本发明的天窗系统通过内置的排水构造，大大降低了天窗的凸起，让整个屋面的效果更加一体化，外观效果更佳，而且防水性能更好。
Skylight system with built-in drainage structure
A skylight system with a built-in drainage structure comprises a plurality of skylight units (1) and a supporting framework (2); each skylight unit (1) comprises a window frame (11) and a window sash(12) at the upper part of the window frame (11); the supporting framework (2) comprises longitudinal supporting beams (21) arranged below longitudinal frames (111) on the front and rear sides of the window frames (11) in a supporting mode, and transverse supporting beams (22) arranged below transverse frames (112) on the left and right sides of the window frames (11) in a supporting mode; every two left and right adjacent skylight units (1) are separated, a waterproof adhesive tape is clamped in a gap between the two adjacent window sashes (12) of every two adjacent skylight units (1), and a first drainage groove (51) with an upward opening is formed in a concave position enclosed between the transverse frames (112) of the two adjacent window frames (11) of every two adjacent skylight units (1) and the transverse supporting beams (22) below the transverse frames (112) in the supporting mode. According to the skylight system, through the built-in drainage structure, bulge of the skylight is greatly reduced, a whole roof is more integrated, the appearance effect is better, and the waterproof performance is better.
一种内置排水构造的天窗系统，包括：多个天窗单元（1）和支撑骨架（2），每个天窗单元（1）包括窗框（11）及其上部的窗扇（12），所述支撑骨架（2）包括：支撑于窗框（11）前后两侧的纵向边框（111）下方的支撑纵梁（21）、支撑于窗框（11）左右两侧的横向边框（112）下方的支撑横梁（22）；左右相邻的两个天窗单元（1）之间分隔开，两者相邻的两个窗扇（12）之间的空隙内夹置有防水胶条，两者相邻的两个窗框（11）横向边框（112）与其下方支撑的支撑横梁（22）之间围成的凹位形成开口朝上的第一排水槽（51）。本发明的天窗系统通过内置的排水构造，大大降低了天窗的凸起，让整个屋面的效果更加一体化，外观效果更佳，而且防水性能更好。
Skylight system with built-in drainage structure
内置排水构造的天窗系统
HU GUANGZHOU (author) / XU QIANG (author) / YUAN LIN (author) / CAI XIAOCHI (author) / HUANG KE'AN (author) / ZHANG QIANG (author)
2020-05-19
Patent
Electronic Resource
Chinese
Double-drainage-belt skylight type roof system and skylight working method
| European Patent Office | 2023