A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel ultra-light high-strength composite formwork supporting system
The invention belongs to the technical field of building construction, and particularly relates to a novel ultralight high-strength composite formwork supporting system which comprises a bearing formwork, a composite supporting beam arranged on the lower surface of the bearing formwork, a lower supporting column arranged on the lower side of the composite supporting beam and a bearing scaffold located on the lower side of the lower supporting column. Wherein the lower supporting column is perpendicular to the composite supporting beam, the composite supporting beam comprises a hollow steel pipe and a wooden beam inserted into the steel pipe, the two ends of the wooden beam extend to the outer portion of the steel pipe, and the outer wall of the wooden beam is wrapped with a reinforcing wrapping ring. The steel ladle wood (namely the composite supporting beam) can keep the basic structural strength of the steel ladle wood through combined use of conventional steel pipes and wooden beams, the side edge plates are arranged on the side edges of the steel pipes, the side edge plates are connected with the lower surfaces of the bearing formworks through the connecting nails, the wooden beams of the steel ladle wood are protected, and the service life of the steel ladle wood is prolonged. The steel ladle wood structure can be used repeatedly, and damage to the steel ladle wood structure is avoided.
本发明属于建筑施工技术领域，具体为一种新型超轻高强复合模板支撑体系，包括：承载模板、设置在承载模板下表面的复合支撑梁、设置在复合支撑梁下侧的下支撑柱和位于下支撑柱下侧的承载脚手架；其中，所述下支撑柱与复合支撑梁相互垂直，所述复合支撑梁包括中空的钢管和插接在钢管内的木制梁，所述木制梁的两端延伸至钢管的外部，所述木制梁的外壁上包覆有加固包圈。通过常规的钢管、木制梁组合使用，使得形成的钢包木（即复合支撑梁）能够保持钢包木的基本结构强度，通过在钢管的侧边设置了侧边板，侧边板上通过连接钉与承载模板下表面连接，对钢包木的木制梁起到保护的作用，是的钢包木结构能够多次使用，避免对其本身造成损坏。
Novel ultra-light high-strength composite formwork supporting system
The invention belongs to the technical field of building construction, and particularly relates to a novel ultralight high-strength composite formwork supporting system which comprises a bearing formwork, a composite supporting beam arranged on the lower surface of the bearing formwork, a lower supporting column arranged on the lower side of the composite supporting beam and a bearing scaffold located on the lower side of the lower supporting column. Wherein the lower supporting column is perpendicular to the composite supporting beam, the composite supporting beam comprises a hollow steel pipe and a wooden beam inserted into the steel pipe, the two ends of the wooden beam extend to the outer portion of the steel pipe, and the outer wall of the wooden beam is wrapped with a reinforcing wrapping ring. The steel ladle wood (namely the composite supporting beam) can keep the basic structural strength of the steel ladle wood through combined use of conventional steel pipes and wooden beams, the side edge plates are arranged on the side edges of the steel pipes, the side edge plates are connected with the lower surfaces of the bearing formworks through the connecting nails, the wooden beams of the steel ladle wood are protected, and the service life of the steel ladle wood is prolonged. The steel ladle wood structure can be used repeatedly, and damage to the steel ladle wood structure is avoided.
本发明属于建筑施工技术领域，具体为一种新型超轻高强复合模板支撑体系，包括：承载模板、设置在承载模板下表面的复合支撑梁、设置在复合支撑梁下侧的下支撑柱和位于下支撑柱下侧的承载脚手架；其中，所述下支撑柱与复合支撑梁相互垂直，所述复合支撑梁包括中空的钢管和插接在钢管内的木制梁，所述木制梁的两端延伸至钢管的外部，所述木制梁的外壁上包覆有加固包圈。通过常规的钢管、木制梁组合使用，使得形成的钢包木（即复合支撑梁）能够保持钢包木的基本结构强度，通过在钢管的侧边设置了侧边板，侧边板上通过连接钉与承载模板下表面连接，对钢包木的木制梁起到保护的作用，是的钢包木结构能够多次使用，避免对其本身造成损坏。
Novel ultra-light high-strength composite formwork supporting system
一种新型超轻高强复合模板支撑体系
WAN LIHUA (author) / QIN GUODONG (author) / WU GANG (author) / LIU GUANGMING (author) / WANG SHUO (author) / XIAO HENG (author) / LI DESHOU (author)
2023-11-07
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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