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Corrugated steel web supporting structure and method for asynchronous hanging basket construction
The invention provides a corrugated steel web supporting structure and method for asynchronous hanging basket construction.The corrugated steel web supporting structure comprises a parallel connection steel pipe truss, a top buckle cap and a bottom supporting plate, and the parallel connection steel pipe truss is arranged between adjacent corrugated steel webs and extends in the direction perpendicular to the corrugated steel webs; the top buckling caps are oppositely arranged between the outer ends of the upper sides of the parallel connection steel pipe trusses and the top structures of the corrugated steel webs, side clamping grooves and fixing clamping grooves are formed in the top buckling caps, the outer ends of the parallel connection steel pipe trusses are inserted into the side clamping grooves, and the outer sides of the upper ends of the corrugated steel webs are inserted into the fixing clamping grooves. The bottom supporting plates are oppositely arranged between the outer end of the lower side of the parallel connection steel pipe truss and the corrugated steel web, and the bottom supporting plates are tightly pressed near the middle of the corrugated steel web through the outer side lead screw mechanism connected with the parallel connection steel pipe truss. According to the structure method, spacing adjustment is facilitated to adapt to mounting space change, prestress is applied to the corrugated steel web to meet the construction process requirement, field mounting and dismounting operation is easy, and use is convenient.
本发明提供了一种异步挂篮施工的波形钢腹板支撑结构及方法,包括平联钢管桁架、顶部扣帽和底部支撑板,平联钢管桁架设置在相邻的波形钢腹板之间并垂直于波形钢腹板方向延伸,顶部扣帽相对的布置在平联钢管桁架上侧外端与波形钢腹板的顶部结构之间,顶部扣帽设置有侧卡槽和固定卡槽,平联钢管桁架外端插接在侧卡槽内,波形钢腹板上端外侧插接在固定卡槽内,底部支撑板相对的布置在平联钢管桁架下侧外端与波形钢腹板之间,底部支撑板通过与平联钢管桁架连接的外侧丝杆机构压紧在波形钢腹板中部附近。这种结构方法方便间距调整而适应安装空间变化,并对波形钢腹板施加预应力满足施工工艺要求,现场安装拆卸操作简单、使用方便。
Corrugated steel web supporting structure and method for asynchronous hanging basket construction
The invention provides a corrugated steel web supporting structure and method for asynchronous hanging basket construction.The corrugated steel web supporting structure comprises a parallel connection steel pipe truss, a top buckle cap and a bottom supporting plate, and the parallel connection steel pipe truss is arranged between adjacent corrugated steel webs and extends in the direction perpendicular to the corrugated steel webs; the top buckling caps are oppositely arranged between the outer ends of the upper sides of the parallel connection steel pipe trusses and the top structures of the corrugated steel webs, side clamping grooves and fixing clamping grooves are formed in the top buckling caps, the outer ends of the parallel connection steel pipe trusses are inserted into the side clamping grooves, and the outer sides of the upper ends of the corrugated steel webs are inserted into the fixing clamping grooves. The bottom supporting plates are oppositely arranged between the outer end of the lower side of the parallel connection steel pipe truss and the corrugated steel web, and the bottom supporting plates are tightly pressed near the middle of the corrugated steel web through the outer side lead screw mechanism connected with the parallel connection steel pipe truss. According to the structure method, spacing adjustment is facilitated to adapt to mounting space change, prestress is applied to the corrugated steel web to meet the construction process requirement, field mounting and dismounting operation is easy, and use is convenient.
本发明提供了一种异步挂篮施工的波形钢腹板支撑结构及方法,包括平联钢管桁架、顶部扣帽和底部支撑板,平联钢管桁架设置在相邻的波形钢腹板之间并垂直于波形钢腹板方向延伸,顶部扣帽相对的布置在平联钢管桁架上侧外端与波形钢腹板的顶部结构之间,顶部扣帽设置有侧卡槽和固定卡槽,平联钢管桁架外端插接在侧卡槽内,波形钢腹板上端外侧插接在固定卡槽内,底部支撑板相对的布置在平联钢管桁架下侧外端与波形钢腹板之间,底部支撑板通过与平联钢管桁架连接的外侧丝杆机构压紧在波形钢腹板中部附近。这种结构方法方便间距调整而适应安装空间变化,并对波形钢腹板施加预应力满足施工工艺要求,现场安装拆卸操作简单、使用方便。
Corrugated steel web supporting structure and method for asynchronous hanging basket construction
一种异步挂篮施工的波形钢腹板支撑结构及方法
HU WEI (Autor:in) / LIN GUANGDONG (Autor:in) / WANG HUADONG (Autor:in) / LU HAIJUN (Autor:in) / LI JUNLIN (Autor:in) / LI YUANXING (Autor:in) / LIU KANGHUI (Autor:in) / ZHAO FENGWEI (Autor:in) / ZHOU MIAO (Autor:in) / ZHAN CHUANZE (Autor:in)
08.09.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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