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Steel structure anti-leakage roof system and construction method
The invention discloses a steel structure anti-leakage roof system and a construction method, and belongs to the field of steel structure engineering, the system comprises a ridge and a roof, the roof is provided with a roof outer plate, the ridge is provided with an inner ridge tile, and the two sides of the inner ridge tile are connected with the roof outer plate through exposed nails; the two sides of the inner ridge tiles are further connected with wing tiles through exposed nails, outer ridge tiles are arranged above the inner ridge tiles, the two sides of the outer ridge tiles are buckled with the wing tiles, and the outer ridge tiles cover all the exposed nails at the joints of the inner ridge tiles; the butt joint positions of the adjacent roof outer plates are not connected through exposed nails, the butt joint seams of the adjacent roof outer plates are provided with grooves matched with each other in a matched mode, and U-shaped drainage grooves are formed in the grooves. The roof system adopts a double-layer ridge tile structure to cover the exposed nails, so that the exposed nails and nail holes can be prevented from being corroded for a long time, and the phenomena of decayed part deformation or rainwater leakage can be prevented; a drainage groove is formed in the roof outer plate, rainwater leaking from gaps is drained outwards, the rainwater is prevented from directly leaking into heat preservation materials, the heat preservation effect and the service life are prevented from being reduced, and indoor water leakage caused by long-term use is prevented.
一种钢结构抗渗漏屋面系统及施工方法,所属钢结构工程领域,系统包括屋脊和屋面,屋面设置有屋面外板,屋脊设置有内脊瓦,内脊瓦两侧与屋面外板通过明钉连接;内脊瓦两侧通过明钉还连接有翼瓦,内脊瓦的上方设置有外脊瓦,外脊瓦的两侧与翼瓦扣合,外脊瓦覆盖所有内脊瓦连接处的明钉;相邻屋面外板对接处不采用明钉连接,相邻屋面外板的对接缝处开设有相互对合适配的凹槽,凹槽内置入有“凵”形排水槽。本发明的屋面体系采用双层脊瓦结构,掩盖明钉,能够长期防止明钉和钉孔腐蚀,发生腐朽处变形或雨水渗漏现象;屋面外板内置排水槽,对缝隙渗漏雨水进行外排,防止雨水直接漏进渗入保温材料,降低保温效果和使用寿命,防止长期使用发生屋内漏水。
Steel structure anti-leakage roof system and construction method
The invention discloses a steel structure anti-leakage roof system and a construction method, and belongs to the field of steel structure engineering, the system comprises a ridge and a roof, the roof is provided with a roof outer plate, the ridge is provided with an inner ridge tile, and the two sides of the inner ridge tile are connected with the roof outer plate through exposed nails; the two sides of the inner ridge tiles are further connected with wing tiles through exposed nails, outer ridge tiles are arranged above the inner ridge tiles, the two sides of the outer ridge tiles are buckled with the wing tiles, and the outer ridge tiles cover all the exposed nails at the joints of the inner ridge tiles; the butt joint positions of the adjacent roof outer plates are not connected through exposed nails, the butt joint seams of the adjacent roof outer plates are provided with grooves matched with each other in a matched mode, and U-shaped drainage grooves are formed in the grooves. The roof system adopts a double-layer ridge tile structure to cover the exposed nails, so that the exposed nails and nail holes can be prevented from being corroded for a long time, and the phenomena of decayed part deformation or rainwater leakage can be prevented; a drainage groove is formed in the roof outer plate, rainwater leaking from gaps is drained outwards, the rainwater is prevented from directly leaking into heat preservation materials, the heat preservation effect and the service life are prevented from being reduced, and indoor water leakage caused by long-term use is prevented.
一种钢结构抗渗漏屋面系统及施工方法,所属钢结构工程领域,系统包括屋脊和屋面,屋面设置有屋面外板,屋脊设置有内脊瓦,内脊瓦两侧与屋面外板通过明钉连接;内脊瓦两侧通过明钉还连接有翼瓦,内脊瓦的上方设置有外脊瓦,外脊瓦的两侧与翼瓦扣合,外脊瓦覆盖所有内脊瓦连接处的明钉;相邻屋面外板对接处不采用明钉连接,相邻屋面外板的对接缝处开设有相互对合适配的凹槽,凹槽内置入有“凵”形排水槽。本发明的屋面体系采用双层脊瓦结构,掩盖明钉,能够长期防止明钉和钉孔腐蚀,发生腐朽处变形或雨水渗漏现象;屋面外板内置排水槽,对缝隙渗漏雨水进行外排,防止雨水直接漏进渗入保温材料,降低保温效果和使用寿命,防止长期使用发生屋内漏水。
Steel structure anti-leakage roof system and construction method
一种钢结构抗渗漏屋面系统及施工方法
XUE ZHANYU (author)
2023-08-08
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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