A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated tower unit structure and tower assembling method
The invention relates to an assembly type tower unit structure and a tower assembling method.The unit structure comprises two oppositely-arranged truss pieces, each truss piece comprises two stand columns, the stand columns are provided with two connectors at intervals, the distance between the two connectors is H2, the distance between the lower connector and the bottoms of the stand columns is H1, the distance between the upper connector and the tops of the stand columns is H3, and the sum of H1 and H3 is equal to H2, the two connectors at the same horizontal position of each truss piece are connected through a horizontal rod, the two staggered connectors on each truss piece are connected through a diagonal web member, and the two truss pieces are connected through the horizontal rods and the diagonal web members. According to the method, assembly construction is achieved, the types of unit parts are few, the construction efficiency can be effectively improved, the assembly tower structure is clear in stress and easy to install, a set of standardized tower assembling method is formed, clear guidance is provided for installation or disassembly, the construction risk is reduced, after optimization design, the unit part characteristics of the assembly type tower are obvious and convenient to recognize, and the construction efficiency is improved. And the probability of installation errors is reduced.
本发明关于一种装配式塔架单元结构及组塔方法，该单元结构包括两个相对设置的桁架片，每个桁架片包括两根立柱，立柱上间隔设有两个接头，两个接头之间的间距为H2，下方接头与立柱底部的间距为H1，上方接头与立柱顶部的间距为H3，且H1+H3＝H2，每个桁架片的同一水平位置的两个接头之间通过水平杆连接，每个桁架片上错位的两个接头之间通过斜腹杆连接，两个桁架片之间通过水平杆和斜腹杆连接。本发明为装配化施工，单元零部件种类少，能够有效提高施工效率，装配化塔架结构受力明确、安装简单，且形成一套标准化组塔方法，无论是安装或是拆除都有明确指导，降低了施工风险，优化设计后，装配式塔架单元零部件特征明显便于识别，降低安装错误的概率。
Fabricated tower unit structure and tower assembling method
The invention relates to an assembly type tower unit structure and a tower assembling method.The unit structure comprises two oppositely-arranged truss pieces, each truss piece comprises two stand columns, the stand columns are provided with two connectors at intervals, the distance between the two connectors is H2, the distance between the lower connector and the bottoms of the stand columns is H1, the distance between the upper connector and the tops of the stand columns is H3, and the sum of H1 and H3 is equal to H2, the two connectors at the same horizontal position of each truss piece are connected through a horizontal rod, the two staggered connectors on each truss piece are connected through a diagonal web member, and the two truss pieces are connected through the horizontal rods and the diagonal web members. According to the method, assembly construction is achieved, the types of unit parts are few, the construction efficiency can be effectively improved, the assembly tower structure is clear in stress and easy to install, a set of standardized tower assembling method is formed, clear guidance is provided for installation or disassembly, the construction risk is reduced, after optimization design, the unit part characteristics of the assembly type tower are obvious and convenient to recognize, and the construction efficiency is improved. And the probability of installation errors is reduced.
本发明关于一种装配式塔架单元结构及组塔方法，该单元结构包括两个相对设置的桁架片，每个桁架片包括两根立柱，立柱上间隔设有两个接头，两个接头之间的间距为H2，下方接头与立柱底部的间距为H1，上方接头与立柱顶部的间距为H3，且H1+H3＝H2，每个桁架片的同一水平位置的两个接头之间通过水平杆连接，每个桁架片上错位的两个接头之间通过斜腹杆连接，两个桁架片之间通过水平杆和斜腹杆连接。本发明为装配化施工，单元零部件种类少，能够有效提高施工效率，装配化塔架结构受力明确、安装简单，且形成一套标准化组塔方法，无论是安装或是拆除都有明确指导，降低了施工风险，优化设计后，装配式塔架单元零部件特征明显便于识别，降低安装错误的概率。
Fabricated tower unit structure and tower assembling method
一种装配式塔架单元结构及组塔方法
QIN DAYAN (author) / HAN YU (author) / LUO XIAOBIN (author) / TANG RUIKAI (author) / LV ZHONGYU (author) / LI CAIXIA (author)
2024-02-02
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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