A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated low-energy-consumption fast-assembly integrated building
The invention discloses a fabricated low-energy-consumption fast-assembly integrated building, and relates to the technical field of buildings, the fabricated low-energy-consumption fast-assembly integrated building comprises an integrated outer wall, a roof arranged at the top end of the integrated outer wall and a fresh air system, the integrated outer wall comprises a plurality of wall units, and each wall unit comprises two mounting grooves, two stand column assemblies and two wallboards; the heat preservation and insulation sealing strips are installed in the gaps between the wallboards and the stand column assemblies and the gaps between the wallboards and the installation grooves, and the heat preservation and insulation pads are arranged between the two stand columns making contact with each other, so that the sealing effect of the connecting gaps during assembly of the integrated outer wall is guaranteed, and the heat preservation and insulation effect of the integrated outer wall is improved; the two wallboards are connected and fixed through the connecting mechanism, the elastic sealing heat insulation pad is arranged between the two wall bodies, the two wallboards clamp the elastic sealing heat insulation pad, and the heat preservation and heat insulation effect of the integrated outer wall is improved; by arranging the fresh air system, the effect that the interior of the building is warm in winter and cool in summer can be achieved, and the problem that indoor heating and refrigerating loads are large is solved.
本发明公开一种装配式低能耗快装集成化建筑，涉及建筑技术领域，包括集成外墙、设置于集成外墙顶端的屋顶及新风系统，集成外墙包括若干个墙体单元，墙体单元包括两个安装槽、两个立柱组件和两个墙板；本发明通过在墙板与立柱组件之间的缝隙内、墙板与安装槽之间的缝隙内安装保温隔热密封条，在相互接触的两立柱之间设置保温隔热垫，保证集成外墙在装配时连接缝隙的密封效果，提高集成外墙的保温隔热效果；两墙板之间通过连接机构进行连接固定，通过在两所述墙体之间设置弹性密封隔热垫，使两墙板将弹性密封隔热垫夹紧，提高集成外墙的保温隔热效果；通过设置新风系统，可以实现建筑内部冬暖夏凉的效果，解决室内采暖与制冷负荷较大的问题。
Fabricated low-energy-consumption fast-assembly integrated building
The invention discloses a fabricated low-energy-consumption fast-assembly integrated building, and relates to the technical field of buildings, the fabricated low-energy-consumption fast-assembly integrated building comprises an integrated outer wall, a roof arranged at the top end of the integrated outer wall and a fresh air system, the integrated outer wall comprises a plurality of wall units, and each wall unit comprises two mounting grooves, two stand column assemblies and two wallboards; the heat preservation and insulation sealing strips are installed in the gaps between the wallboards and the stand column assemblies and the gaps between the wallboards and the installation grooves, and the heat preservation and insulation pads are arranged between the two stand columns making contact with each other, so that the sealing effect of the connecting gaps during assembly of the integrated outer wall is guaranteed, and the heat preservation and insulation effect of the integrated outer wall is improved; the two wallboards are connected and fixed through the connecting mechanism, the elastic sealing heat insulation pad is arranged between the two wall bodies, the two wallboards clamp the elastic sealing heat insulation pad, and the heat preservation and heat insulation effect of the integrated outer wall is improved; by arranging the fresh air system, the effect that the interior of the building is warm in winter and cool in summer can be achieved, and the problem that indoor heating and refrigerating loads are large is solved.
本发明公开一种装配式低能耗快装集成化建筑，涉及建筑技术领域，包括集成外墙、设置于集成外墙顶端的屋顶及新风系统，集成外墙包括若干个墙体单元，墙体单元包括两个安装槽、两个立柱组件和两个墙板；本发明通过在墙板与立柱组件之间的缝隙内、墙板与安装槽之间的缝隙内安装保温隔热密封条，在相互接触的两立柱之间设置保温隔热垫，保证集成外墙在装配时连接缝隙的密封效果，提高集成外墙的保温隔热效果；两墙板之间通过连接机构进行连接固定，通过在两所述墙体之间设置弹性密封隔热垫，使两墙板将弹性密封隔热垫夹紧，提高集成外墙的保温隔热效果；通过设置新风系统，可以实现建筑内部冬暖夏凉的效果，解决室内采暖与制冷负荷较大的问题。
Fabricated low-energy-consumption fast-assembly integrated building
一种装配式低能耗快装集成化建筑
LIN FENG (author) / CHE JIANJUN (author) / JIA ANQIANG (author) / CHANG JIANGNAN (author) / ZHU XIAOFANG (author) / LIANG MANMAN (author)
2024-12-06
Patent
Electronic Resource
Chinese
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