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Installation and construction method of regular octagonal steel ladle concrete cable bent tower
The invention discloses a regular octagonal steel ladle concrete cable bent tower installation construction method which comprises the steps that a bridge is included, in order to ensure the stability of a cable bent tower and saddle installation structure, an I20a supporting framework is arranged above an assembling jig frame, and the supporting framework is arranged according to the regular octagonal cable bent tower structure; through the arrangement of the supporting framework, temporary positioning of cable bent tower and saddle assembly can be facilitated, the stability and safety of the assembly process are ensured, the regular octagonal steel ladle concrete cable bent tower construction technology can improve the flow construction operation of a cable bent tower structure, safety control over the construction operation and improvement of the working efficiency are facilitated, and the construction cost is reduced. According to the regular octagonal steel ladle concrete cable bent tower construction technology, by adopting the arrangement of the assembling jig frames with the same proportion and size, operation is easy, safety and reliability are achieved, the cable bent tower construction efficiency can be improved, the construction cost is saved, and the construction period and the measure cost are greatly reduced.
本发明公开了一种正八边形钢包混凝土索塔安装施工方法,包括桥梁,为确保索塔及鞍座安装结构的稳定性,在拼装胎架上方设置I20a支撑骨架,支撑骨架形式按正八边形索塔结构形式布置,通过支撑骨架的设置可便于索塔及鞍座拼装的临时定位,确保拼装过程的稳定性及安全性,正八边形钢包混凝土索塔施工工艺,可以提高索塔结构流水施工作业,有利于施工作业的安全控制和工作效率的提升,符合装配式桥梁结构施工特点,正八边形钢包混凝土索塔施工工艺,通过采用同比例尺寸拼装胎架的设置,操作简单、安全可靠,可索塔施工效率,节约施工成本,大幅度减少了施工周期及措施费。
Installation and construction method of regular octagonal steel ladle concrete cable bent tower
The invention discloses a regular octagonal steel ladle concrete cable bent tower installation construction method which comprises the steps that a bridge is included, in order to ensure the stability of a cable bent tower and saddle installation structure, an I20a supporting framework is arranged above an assembling jig frame, and the supporting framework is arranged according to the regular octagonal cable bent tower structure; through the arrangement of the supporting framework, temporary positioning of cable bent tower and saddle assembly can be facilitated, the stability and safety of the assembly process are ensured, the regular octagonal steel ladle concrete cable bent tower construction technology can improve the flow construction operation of a cable bent tower structure, safety control over the construction operation and improvement of the working efficiency are facilitated, and the construction cost is reduced. According to the regular octagonal steel ladle concrete cable bent tower construction technology, by adopting the arrangement of the assembling jig frames with the same proportion and size, operation is easy, safety and reliability are achieved, the cable bent tower construction efficiency can be improved, the construction cost is saved, and the construction period and the measure cost are greatly reduced.
本发明公开了一种正八边形钢包混凝土索塔安装施工方法,包括桥梁,为确保索塔及鞍座安装结构的稳定性,在拼装胎架上方设置I20a支撑骨架,支撑骨架形式按正八边形索塔结构形式布置,通过支撑骨架的设置可便于索塔及鞍座拼装的临时定位,确保拼装过程的稳定性及安全性,正八边形钢包混凝土索塔施工工艺,可以提高索塔结构流水施工作业,有利于施工作业的安全控制和工作效率的提升,符合装配式桥梁结构施工特点,正八边形钢包混凝土索塔施工工艺,通过采用同比例尺寸拼装胎架的设置,操作简单、安全可靠,可索塔施工效率,节约施工成本,大幅度减少了施工周期及措施费。
Installation and construction method of regular octagonal steel ladle concrete cable bent tower
一种正八边形钢包混凝土索塔安装施工方法
XIONG ZUFA (author) / FU SHUSHENG (author) / GAO HAIGANG (author) / SHI HUAIYUAN (author) / NI HAO (author) / SI YAYU (author)
2022-12-23
Patent
Electronic Resource
Chinese
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