Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a construction method of a waterproof and wind-resistant roof system without a cold bridge and a sound bridge. The construction method is characterized in that the waterproof and wind-resistant roof system without the cold bridge and the sound bridge comprises a decorative surface layer, a decorative surface layer keel, a stand column, a waterproof coiled material, foam glass, pressed steel and a purline, and comprises the following steps that step one, the decorative surface layer, the decorative surface layer keel and the stand column are connected to the waterproof coiled material; step two, a metal disc is arranged in the foam glass, a gap between the metal disc and the foam glass is filled with hot melt asphalt, the metal disc and the foam glass form a whole, and therefore the force transmission effect is achieved; step three, an anchor rod is arranged in the middle of the metal disc, and the metal disc is fixedly connected with the pressed steel through the anchor rod; and step four, a water rolling sectional material is connected with the foam glass, and then the pressed steel is connected with the purline to form a stable system. The construction method has the advantages that a roof structure is free of cold bridge and sound bridge phenomena and excellent in waterproof and wind-resistant functions, and the decorative layer can transmit force tothe roof structure through a supporting component without penetrating through the roof structure.
本发明公开了一种无冷桥无声桥的防水抗风屋面系统的构造方法，其特征在于，包括装饰面层、装饰面层龙骨和立柱、防水卷材、泡沫玻璃、压制钢材和檩条，步骤一：将装饰面层和装饰面层龙骨和立柱连接设置在防水卷材上；步骤二：在泡沫玻璃中设置金属盘，再用热熔沥青会填满的金属盘与泡沫玻璃之间的缝隙，将金属盘与泡沫玻璃形成一个整体，从而达到传力作用；步骤三：在金属盘中间设置锚杆，锚杆把金属盘与压制钢材连接固定，步骤四：将卷水型材与泡沫玻璃连接，在将压钢材与檩条连接构成一个稳定的系统。本发明优点在于屋面构造无冷桥、无声桥现象，防水抗风功能优异，装饰层可以通过支撑构件传力至屋面构造，无需穿透屋面构造。
The invention discloses a construction method of a waterproof and wind-resistant roof system without a cold bridge and a sound bridge. The construction method is characterized in that the waterproof and wind-resistant roof system without the cold bridge and the sound bridge comprises a decorative surface layer, a decorative surface layer keel, a stand column, a waterproof coiled material, foam glass, pressed steel and a purline, and comprises the following steps that step one, the decorative surface layer, the decorative surface layer keel and the stand column are connected to the waterproof coiled material; step two, a metal disc is arranged in the foam glass, a gap between the metal disc and the foam glass is filled with hot melt asphalt, the metal disc and the foam glass form a whole, and therefore the force transmission effect is achieved; step three, an anchor rod is arranged in the middle of the metal disc, and the metal disc is fixedly connected with the pressed steel through the anchor rod; and step four, a water rolling sectional material is connected with the foam glass, and then the pressed steel is connected with the purline to form a stable system. The construction method has the advantages that a roof structure is free of cold bridge and sound bridge phenomena and excellent in waterproof and wind-resistant functions, and the decorative layer can transmit force tothe roof structure through a supporting component without penetrating through the roof structure.
本发明公开了一种无冷桥无声桥的防水抗风屋面系统的构造方法，其特征在于，包括装饰面层、装饰面层龙骨和立柱、防水卷材、泡沫玻璃、压制钢材和檩条，步骤一：将装饰面层和装饰面层龙骨和立柱连接设置在防水卷材上；步骤二：在泡沫玻璃中设置金属盘，再用热熔沥青会填满的金属盘与泡沫玻璃之间的缝隙，将金属盘与泡沫玻璃形成一个整体，从而达到传力作用；步骤三：在金属盘中间设置锚杆，锚杆把金属盘与压制钢材连接固定，步骤四：将卷水型材与泡沫玻璃连接，在将压钢材与檩条连接构成一个稳定的系统。本发明优点在于屋面构造无冷桥、无声桥现象，防水抗风功能优异，装饰层可以通过支撑构件传力至屋面构造，无需穿透屋面构造。
Construction method of waterproof and wind-resistant roof system without cold bridge and sound bridge
一种无冷桥无声桥的防水抗风屋面系统的构造方法
09.02.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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