Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Building outer wall structure and heat preservation site airtight construction and outer wall airtight monitoring method thereof
The invention provides a building outer wall structure and a heat preservation site airtight construction and outer wall airtight monitoring method thereof, and relates to the technical field of building outer walls. The building outer wall structure comprises mounting rails, a skeleton frame and a solar panel; sliding grooves are formed in the left side and the right side of each mounting rail; a plurality of fixing bolts are arranged in the middle of each mounting rail at equal intervals; and the mounting rails are vertically and fixedly connected to the outer side of a wall body at equal intervals through the fixing bolts. The plurality of mounting rails are mounted on the outer side of the wall body at equal intervals, the skeleton frame is adhered to the middle between a first vacuum plate and a second vacuum plate by using an adhesive, then the periphery of the outer side of the skeleton frame is filled with a high-strength hard filling material to form vacuum interlayers, the vacuum interlayer is clamped between the mounting rails, air tightness monitoring pipes are communicated with the vertical row of vacuum interlayers, then the air tightness monitoring pipes are vacuumized, and the heat preservation effect of the building outer walls is improved through vacuum cavities.
本发明提供建筑外墙结构及其保温现场气密施工和外墙气密监测方法，涉及建筑外墙技术领域。该建筑外墙结构，包括安装轨道、骨架框和太阳能板，所述安装轨道的左右侧均设置有滑槽，所述安装轨道的中部等距设置有若干个固定螺栓，所述安装轨道通过固定螺栓竖向等距固定连接在墙体的外侧。通过在墙体的外侧等距安装若干个安装轨道，使用粘合剂将骨架框粘在第一真空板和第二真空板之间的中部，然后在骨架框的外侧四周填充高强度硬质填充材料形成真空隔层，将真空隔层卡入安装轨道之间，并利用气密性监测管连通竖向一列的真空隔层，再对气密性监测管进行抽真空处理，通过真空的空腔来提升建筑外墙的保温效果。
Building outer wall structure and heat preservation site airtight construction and outer wall airtight monitoring method thereof
The invention provides a building outer wall structure and a heat preservation site airtight construction and outer wall airtight monitoring method thereof, and relates to the technical field of building outer walls. The building outer wall structure comprises mounting rails, a skeleton frame and a solar panel; sliding grooves are formed in the left side and the right side of each mounting rail; a plurality of fixing bolts are arranged in the middle of each mounting rail at equal intervals; and the mounting rails are vertically and fixedly connected to the outer side of a wall body at equal intervals through the fixing bolts. The plurality of mounting rails are mounted on the outer side of the wall body at equal intervals, the skeleton frame is adhered to the middle between a first vacuum plate and a second vacuum plate by using an adhesive, then the periphery of the outer side of the skeleton frame is filled with a high-strength hard filling material to form vacuum interlayers, the vacuum interlayer is clamped between the mounting rails, air tightness monitoring pipes are communicated with the vertical row of vacuum interlayers, then the air tightness monitoring pipes are vacuumized, and the heat preservation effect of the building outer walls is improved through vacuum cavities.
本发明提供建筑外墙结构及其保温现场气密施工和外墙气密监测方法，涉及建筑外墙技术领域。该建筑外墙结构，包括安装轨道、骨架框和太阳能板，所述安装轨道的左右侧均设置有滑槽，所述安装轨道的中部等距设置有若干个固定螺栓，所述安装轨道通过固定螺栓竖向等距固定连接在墙体的外侧。通过在墙体的外侧等距安装若干个安装轨道，使用粘合剂将骨架框粘在第一真空板和第二真空板之间的中部，然后在骨架框的外侧四周填充高强度硬质填充材料形成真空隔层，将真空隔层卡入安装轨道之间，并利用气密性监测管连通竖向一列的真空隔层，再对气密性监测管进行抽真空处理，通过真空的空腔来提升建筑外墙的保温效果。
Building outer wall structure and heat preservation site airtight construction and outer wall airtight monitoring method thereof
建筑外墙结构及其保温现场气密施工和外墙气密监测方法
CHANG HONGJIANG (Autor:in) / CHANG ZEQIAN (Autor:in)
01.10.2021
Patent
Elektronische Ressource
Chinesisch
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