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A platform for research: civil engineering, architecture and urbanism
Construction method of roof exhaust passage
The invention discloses a construction method of a roof exhaust passage, which is characterized in that exhaust passages horizontally arranged on a thermal insulation layer are continuously communicated in transverse and longitudinal directions according to the plane size of a building roof, and the distance between the exhaust passages is controlled within the range of 4-6m to form a roof exhaust passage grid not larger than 36m < 2 > and not smaller than 25m < 2 >. By means of engineering entity experiments, a good construction effect is achieved, the engineering quality is guaranteed, the internal construction insertion degree of the interior decoration top layer is improved, the quality is better guaranteed, the engineering construction progress is accelerated, construction control and management are facilitated, and the construction efficiency is improved. The waterproof, seepage-proof and leakage-proof effects on roofs of industrial buildings and civil constructional engineering and the mildewing phenomenon of top roofs are eliminated and improved; especially in the plum rain season, the roof waterproof layer construction period is not affected by rainy days, construction is convenient, operation is safe and reliable, the quality is guaranteed, energy is saved, the roof construction period is shortened, and meanwhile control and management of the overall construction quality and the construction period are facilitated.
本发明公开了一种屋面排气道的施工方法，在保温层水平设置的排气道应根据建筑屋面的平面尺寸，横纵向连续贯通，间距控制在4m‑6m范围之内，形成一个不大于36m2，不小于25m2的屋面排气道网格。本专利经过工程实体实验得到了很好的施工效果，不仅工程质量得到保证，而且提高了室内装饰顶层内部施工插入度，质量更有保证、加快了工程施工进度，便于施工控制和管理，对于工业建筑和民用建筑工程屋面防水防渗防漏、顶层屋顶发霉现象都起到了消除和改观，尤其在屋面防水层施工期间处于梅雨季节都不受雨天影响起到了方便施工、操作上安全可靠、质量有保证、节约能源、缩短屋面工期、同时便于施工整体的质量和工期控制和管理。
Construction method of roof exhaust passage
The invention discloses a construction method of a roof exhaust passage, which is characterized in that exhaust passages horizontally arranged on a thermal insulation layer are continuously communicated in transverse and longitudinal directions according to the plane size of a building roof, and the distance between the exhaust passages is controlled within the range of 4-6m to form a roof exhaust passage grid not larger than 36m < 2 > and not smaller than 25m < 2 >. By means of engineering entity experiments, a good construction effect is achieved, the engineering quality is guaranteed, the internal construction insertion degree of the interior decoration top layer is improved, the quality is better guaranteed, the engineering construction progress is accelerated, construction control and management are facilitated, and the construction efficiency is improved. The waterproof, seepage-proof and leakage-proof effects on roofs of industrial buildings and civil constructional engineering and the mildewing phenomenon of top roofs are eliminated and improved; especially in the plum rain season, the roof waterproof layer construction period is not affected by rainy days, construction is convenient, operation is safe and reliable, the quality is guaranteed, energy is saved, the roof construction period is shortened, and meanwhile control and management of the overall construction quality and the construction period are facilitated.
本发明公开了一种屋面排气道的施工方法，在保温层水平设置的排气道应根据建筑屋面的平面尺寸，横纵向连续贯通，间距控制在4m‑6m范围之内，形成一个不大于36m2，不小于25m2的屋面排气道网格。本专利经过工程实体实验得到了很好的施工效果，不仅工程质量得到保证，而且提高了室内装饰顶层内部施工插入度，质量更有保证、加快了工程施工进度，便于施工控制和管理，对于工业建筑和民用建筑工程屋面防水防渗防漏、顶层屋顶发霉现象都起到了消除和改观，尤其在屋面防水层施工期间处于梅雨季节都不受雨天影响起到了方便施工、操作上安全可靠、质量有保证、节约能源、缩短屋面工期、同时便于施工整体的质量和工期控制和管理。
Construction method of roof exhaust passage
一种屋面排气道的施工方法
LIU JIE (author) / GUO SUJIE (author) / ZHANG YONGPO (author) / ZHAO BAOYUAN (author) / ZHANG QINGSHAN (author) / SON JIN (author) / LIU HAITAO (author) / MENG YAO (author) / LIU YANG (author) / SHANG JINGYUAN (author)
2022-09-20
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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