Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Core tube type broken bridge composite wall system for low-energy-consumption building and construction method
The invention discloses a core tube type broken bridge composite wall system for a low-energy-consumption building and a construction method. The system comprises a concrete fireproof shear protectionlayer, a prefabricated insulation board, and a floor core tube system. The core tube system comprises a concrete building main body structure layer, door type systems and curtain wall systems which are arranged in the concrete fireproof shear protection layer, the prefabricated insulation board and the concrete building main body structure layer. According to the core tube type broken bridge composite wall system for the low-energy-consumption building and the construction method, a door-type structure, a curtain wall structure and a building main body of a concrete shear wall structure are combined to form an outer wall broken bridge heat preservation system of a core tube type anti-seismic structure type, so that the earthquake resistance and other safety performance of the whole building are improved. Due to the fact that the concrete fireproof shear protection layer with a shear wall function is adopted, floor overhanging is not needed, heat preservation and bridge cutoff treatment are thoroughly achieved at the outer side end of a floor, and the building energy-saving effect is improved. The core tube type broken bridge composite wall system for the low-energy-consumption building is applied to the field of low-energy-consumption buildings with low floors, multiple floors and high floors.
一种低能耗建筑用核心筒式断桥复合墙系统及施工工法，包括混凝土防火剪力保护层、预制保温板、楼板核心筒系统；所述核心筒系统包括混凝土建筑主体结构层、设置在所述混凝土防火剪力保护层、预制保温板、混凝土建筑主体结构层内的门式系统以及幕墙系统；本发明采用的门式结构、幕墙结构与混凝土剪力墙结构的建筑主体组合形成核心筒式抗震结构型式的外墙断桥保温系统的发明效果。并提高了整体建筑的抗震等安全性能。由于采用具有剪力墙作用的混凝土防火剪力保护层，不需楼板外挑、楼板外侧端头彻底实现保温及断桥处理，提高了建筑节能效果。应用于低层，多层，高层的低能耗建筑领域。
Core tube type broken bridge composite wall system for low-energy-consumption building and construction method
The invention discloses a core tube type broken bridge composite wall system for a low-energy-consumption building and a construction method. The system comprises a concrete fireproof shear protectionlayer, a prefabricated insulation board, and a floor core tube system. The core tube system comprises a concrete building main body structure layer, door type systems and curtain wall systems which are arranged in the concrete fireproof shear protection layer, the prefabricated insulation board and the concrete building main body structure layer. According to the core tube type broken bridge composite wall system for the low-energy-consumption building and the construction method, a door-type structure, a curtain wall structure and a building main body of a concrete shear wall structure are combined to form an outer wall broken bridge heat preservation system of a core tube type anti-seismic structure type, so that the earthquake resistance and other safety performance of the whole building are improved. Due to the fact that the concrete fireproof shear protection layer with a shear wall function is adopted, floor overhanging is not needed, heat preservation and bridge cutoff treatment are thoroughly achieved at the outer side end of a floor, and the building energy-saving effect is improved. The core tube type broken bridge composite wall system for the low-energy-consumption building is applied to the field of low-energy-consumption buildings with low floors, multiple floors and high floors.
一种低能耗建筑用核心筒式断桥复合墙系统及施工工法，包括混凝土防火剪力保护层、预制保温板、楼板核心筒系统；所述核心筒系统包括混凝土建筑主体结构层、设置在所述混凝土防火剪力保护层、预制保温板、混凝土建筑主体结构层内的门式系统以及幕墙系统；本发明采用的门式结构、幕墙结构与混凝土剪力墙结构的建筑主体组合形成核心筒式抗震结构型式的外墙断桥保温系统的发明效果。并提高了整体建筑的抗震等安全性能。由于采用具有剪力墙作用的混凝土防火剪力保护层，不需楼板外挑、楼板外侧端头彻底实现保温及断桥处理，提高了建筑节能效果。应用于低层，多层，高层的低能耗建筑领域。
Core tube type broken bridge composite wall system for low-energy-consumption building and construction method
一种低能耗建筑用核心筒式断桥复合墙系统及施工工法
CUI JINGXIN (Autor:in) / SUN QINGLEI (Autor:in) / GONG HAIJUN (Autor:in)
12.03.2021
Patent
Elektronische Ressource
Chinesisch
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