Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rustless efficient fabricated building steel cross beam in steel frame structure factory building and bearing column thereof
The invention discloses a rustless efficient fabricated building steel cross beam in a steel frame structure factory building and a bearing column thereof. The rustless efficient fabricated building steel cross beam comprises a bearing mechanism, a manufacturing mechanism, a cross beam bridging mechanism, a sealing mechanism and an airflow dredging mechanism, wherein the bearing mechanism comprises a pressing part and an auxiliary fixing part, and the pressing part comprises a steel frame shell, a screw rod and a pressing block, wherein the screw rod and the pressing block are connected into the steel frame shell. According to the rustless efficient fabricated building steel cross beam, the screw rod and the pressing block are movably arranged in the steel frame shell, and a limiting combination and a base are arranged at the bottom end of the steel frame shell; and during use, a concrete vertical pile is inserted into an inner cavity of the steel frame shell in a matched mode through a prefabricated part, the concrete vertical pile is inserted into the steel frame shell, the pressing block is controlled by adjusting the screw rod to integrally fix and clamp the steel frame shell on the outer side of the concrete vertical pile, meanwhile, the base is arranged at the root of the concrete vertical pile, so that the inner wall of the steel structure bearing column can be prevented from being damaged, and then the corrosion of external factors to a metal layer of the device is avoided.
本发明公开了一种钢架结构厂房内无锈高效装配式建筑钢横梁及其承重柱，包括承重机构、制成机构、横梁桥接机构、密封机构和气流疏导机构，所述承重机构包括压紧部和辅助固定部，所述压紧部包括钢架外壳、连接在所述钢架外壳内的螺杆和压块。通过设置，且在钢架外壳内活动安装螺杆和压块，并在钢架外壳的底端安装限位组合和底座，在使用时，通过预制处适配插接在钢架外壳内腔的混凝土竖桩，利用混凝土竖桩插接在钢架外壳内部，并利用调节螺杆来控制压块将钢架外壳整体固定夹紧在混凝土竖桩的外侧，同时设置底座在混凝土竖桩的根部，从而能够避免该钢结构承重柱内壁受损，进而避免外界因素对该装置的金属层进行腐蚀。
Rustless efficient fabricated building steel cross beam in steel frame structure factory building and bearing column thereof
The invention discloses a rustless efficient fabricated building steel cross beam in a steel frame structure factory building and a bearing column thereof. The rustless efficient fabricated building steel cross beam comprises a bearing mechanism, a manufacturing mechanism, a cross beam bridging mechanism, a sealing mechanism and an airflow dredging mechanism, wherein the bearing mechanism comprises a pressing part and an auxiliary fixing part, and the pressing part comprises a steel frame shell, a screw rod and a pressing block, wherein the screw rod and the pressing block are connected into the steel frame shell. According to the rustless efficient fabricated building steel cross beam, the screw rod and the pressing block are movably arranged in the steel frame shell, and a limiting combination and a base are arranged at the bottom end of the steel frame shell; and during use, a concrete vertical pile is inserted into an inner cavity of the steel frame shell in a matched mode through a prefabricated part, the concrete vertical pile is inserted into the steel frame shell, the pressing block is controlled by adjusting the screw rod to integrally fix and clamp the steel frame shell on the outer side of the concrete vertical pile, meanwhile, the base is arranged at the root of the concrete vertical pile, so that the inner wall of the steel structure bearing column can be prevented from being damaged, and then the corrosion of external factors to a metal layer of the device is avoided.
本发明公开了一种钢架结构厂房内无锈高效装配式建筑钢横梁及其承重柱，包括承重机构、制成机构、横梁桥接机构、密封机构和气流疏导机构，所述承重机构包括压紧部和辅助固定部，所述压紧部包括钢架外壳、连接在所述钢架外壳内的螺杆和压块。通过设置，且在钢架外壳内活动安装螺杆和压块，并在钢架外壳的底端安装限位组合和底座，在使用时，通过预制处适配插接在钢架外壳内腔的混凝土竖桩，利用混凝土竖桩插接在钢架外壳内部，并利用调节螺杆来控制压块将钢架外壳整体固定夹紧在混凝土竖桩的外侧，同时设置底座在混凝土竖桩的根部，从而能够避免该钢结构承重柱内壁受损，进而避免外界因素对该装置的金属层进行腐蚀。
Rustless efficient fabricated building steel cross beam in steel frame structure factory building and bearing column thereof
一种钢架结构厂房内无锈高效装配式建筑钢横梁及其承重柱
YUAN JIANHUA (Autor:in) / XU LILI (Autor:in) / YUAN JIANFENG (Autor:in)
10.12.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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