Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method of breathable roof ventilation system
The invention discloses a construction method of a breathable roof ventilation system, which comprises the following steps: step 1, preparation before construction: performing secondary optimization on a roof, drawing a construction operation drawing, enabling the vertical and horizontal spacing of an exhaust pipe laying area to be smaller than 5m, and enabling exhaust pipes to be communicated in a cross shape; step 2, selecting and processing an exhaust pipe, specifically, using a plastic pipe with the diameter of phi 50mm and a circular plastic pipe with the wall thickness of 2.00 mm, drilling air vents in the wall of the UPVC pipe by using an electric drill, drilling four holes in a circle, and arranging the four holes in a staggered manner; step 3, selection of an air hole cover, specifically, the air hole cover is made of a stainless steel material, and the wall thickness of the stainless steel is 0.4 mm; step 4, selecting an exhaust fan; the exhaust pipe is embedded in the heat preservation layer and is communicated with the breather pipe embedded in the parapet wall on the periphery of the roof, and the solar panel is used for providing power for the exhaust fan, so that continuous active exhaust is achieved, a steam exhausting and permeating system is formed, and the effect of exhausting steam in the roof layer is good.
本发明公开了可呼吸式屋面透气系统的施工方法，包括以下步骤：步骤一：施工前准备，具体为：对屋面进行二次优化，绘制出施工操作图，排气管敷设区域纵横间距小于5米，排气管应十字相通；步骤二：排气管的选择与加工，具体为：使用直径为Φ50mm的塑料管，壁厚2.00mm圆形塑料管，用电钻在UPVC管管壁上钻透气口，一圈钻四孔，交错设置；步骤三：透气孔罩的选用，具体为：透气孔罩选用不锈钢材质,不锈钢壁厚为0.4mm；步骤四：排风扇的选用；将排气管埋置于保温层中,经过与埋设在屋顶周边女儿墙的通气管相接通,利用太阳能板为排气扇提供电源，从而实现持续的主动排气，从而形成排、透汽体系，对屋面层面中水气排出效果好。
Construction method of breathable roof ventilation system
The invention discloses a construction method of a breathable roof ventilation system, which comprises the following steps: step 1, preparation before construction: performing secondary optimization on a roof, drawing a construction operation drawing, enabling the vertical and horizontal spacing of an exhaust pipe laying area to be smaller than 5m, and enabling exhaust pipes to be communicated in a cross shape; step 2, selecting and processing an exhaust pipe, specifically, using a plastic pipe with the diameter of phi 50mm and a circular plastic pipe with the wall thickness of 2.00 mm, drilling air vents in the wall of the UPVC pipe by using an electric drill, drilling four holes in a circle, and arranging the four holes in a staggered manner; step 3, selection of an air hole cover, specifically, the air hole cover is made of a stainless steel material, and the wall thickness of the stainless steel is 0.4 mm; step 4, selecting an exhaust fan; the exhaust pipe is embedded in the heat preservation layer and is communicated with the breather pipe embedded in the parapet wall on the periphery of the roof, and the solar panel is used for providing power for the exhaust fan, so that continuous active exhaust is achieved, a steam exhausting and permeating system is formed, and the effect of exhausting steam in the roof layer is good.
本发明公开了可呼吸式屋面透气系统的施工方法，包括以下步骤：步骤一：施工前准备，具体为：对屋面进行二次优化，绘制出施工操作图，排气管敷设区域纵横间距小于5米，排气管应十字相通；步骤二：排气管的选择与加工，具体为：使用直径为Φ50mm的塑料管，壁厚2.00mm圆形塑料管，用电钻在UPVC管管壁上钻透气口，一圈钻四孔，交错设置；步骤三：透气孔罩的选用，具体为：透气孔罩选用不锈钢材质,不锈钢壁厚为0.4mm；步骤四：排风扇的选用；将排气管埋置于保温层中,经过与埋设在屋顶周边女儿墙的通气管相接通,利用太阳能板为排气扇提供电源，从而实现持续的主动排气，从而形成排、透汽体系，对屋面层面中水气排出效果好。
Construction method of breathable roof ventilation system
可呼吸式屋面透气系统的施工方法
HE BO (Autor:in) / WANG BAOCHENG (Autor:in) / LI XIAOZHOU (Autor:in) / JIN GAOMING (Autor:in) / QI WENFENG (Autor:in) / DONG ZHONGXIAO (Autor:in) / LI XIAONAN (Autor:in)
06.12.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
/
H02S
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-RED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USING PHOTOVOLTAIC [PV] MODULES
,
Erzeugung elektrischer Energie durch Umwandlung von Infrarot-Strahlung, sichtbarem Licht oder ultraviolettem Licht, z.B. unter Verwendung von Photovoltaik [PV]-Modulen
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