A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Combined hoop steel structure device of lifting platform of bridge type scaffold for cylindrical pier construction
The invention relates to the technical field of road administration construction, in particular to a cylindrical pier construction bridge type scaffold lifting platform combined hoop steel structure device which comprises a combined hoop part and a steel foundation part, and the combined hoop part and the steel foundation part are connected through a connecting pin shaft. The combined hoop part comprises a primary-secondary connecting piece, a connecting circular pipe, a fastening end connecting piece and a fastening screw rod which are in contact with a concrete surface of a column pier body; the steel foundation part comprises a steel structure main body truss, truss side face connecting lug plates, truss side face connecting round pipes, a base switching steel plate and angle adjusting bolts. Rubber with the thickness of 3 mm is placed in the middle of the contact face of the hoop and the pier body of the column pier to protect the pier column face and increase the friction force of the hoop, the problem that an electric bridge type scaffold cannot be installed due to the fact that bridge type lifting scaffold foundation construction cannot be conducted under the geographical condition environment is solved, use of the bridge type scaffold in the construction of the column pier can be guaranteed, and the construction efficiency is improved. And the device is safe, efficient and convenient to disassemble and assemble.
本发明涉及路政建设技术领域，具体为圆柱墩施工桥式脚手架升降平台组合式抱箍钢结构装置，包括组合式抱箍部和钢基础部，组合式抱箍部和钢基础部之间通过连接销轴进行连接；组合式抱箍部包括柱墩墩身砼面接触的子母连接片、连接圆管、紧固端连接片和紧固螺杆；钢基础部包括钢结构主体桁架、桁架侧面连接耳板、桁架侧面连接圆管、基座转接钢板和角度调节螺栓。本发明中抱箍与柱墩墩身接触面用3mm厚橡胶放中间起到保护墩柱面和加大抱箍摩擦力的作用，解决了因地理条件环境无法进行桥式升降脚手架基础施工，导致无法安装电动桥式脚手架的问题，能够保证圆柱墩施工中桥式脚手架的使用，且安全高效、拆装简便节。
Combined hoop steel structure device of lifting platform of bridge type scaffold for cylindrical pier construction
The invention relates to the technical field of road administration construction, in particular to a cylindrical pier construction bridge type scaffold lifting platform combined hoop steel structure device which comprises a combined hoop part and a steel foundation part, and the combined hoop part and the steel foundation part are connected through a connecting pin shaft. The combined hoop part comprises a primary-secondary connecting piece, a connecting circular pipe, a fastening end connecting piece and a fastening screw rod which are in contact with a concrete surface of a column pier body; the steel foundation part comprises a steel structure main body truss, truss side face connecting lug plates, truss side face connecting round pipes, a base switching steel plate and angle adjusting bolts. Rubber with the thickness of 3 mm is placed in the middle of the contact face of the hoop and the pier body of the column pier to protect the pier column face and increase the friction force of the hoop, the problem that an electric bridge type scaffold cannot be installed due to the fact that bridge type lifting scaffold foundation construction cannot be conducted under the geographical condition environment is solved, use of the bridge type scaffold in the construction of the column pier can be guaranteed, and the construction efficiency is improved. And the device is safe, efficient and convenient to disassemble and assemble.
本发明涉及路政建设技术领域，具体为圆柱墩施工桥式脚手架升降平台组合式抱箍钢结构装置，包括组合式抱箍部和钢基础部，组合式抱箍部和钢基础部之间通过连接销轴进行连接；组合式抱箍部包括柱墩墩身砼面接触的子母连接片、连接圆管、紧固端连接片和紧固螺杆；钢基础部包括钢结构主体桁架、桁架侧面连接耳板、桁架侧面连接圆管、基座转接钢板和角度调节螺栓。本发明中抱箍与柱墩墩身接触面用3mm厚橡胶放中间起到保护墩柱面和加大抱箍摩擦力的作用，解决了因地理条件环境无法进行桥式升降脚手架基础施工，导致无法安装电动桥式脚手架的问题，能够保证圆柱墩施工中桥式脚手架的使用，且安全高效、拆装简便节。
Combined hoop steel structure device of lifting platform of bridge type scaffold for cylindrical pier construction
圆柱墩施工桥式脚手架升降平台组合式抱箍钢结构装置
LI SHAOFENG (author) / HUANG JUN (author) / ZHENG YONGFU (author) / FENG LIYUN (author) / OUYANG WENJING (author) / XU GUOBIN (author) / TANG SHAOHUI (author) / HUANG JUNYUN (author) / CHEN SONG (author) / LI GUIRU (author)
2023-03-14
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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