A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Safe and rapid construction method for turnover type high pier
The invention discloses a safe and rapid construction method for a turnover type high pier. The method comprises the steps that 1, a steel reinforcement framework of a first section pier body is bound; 2, a formwork of the firstsection pier body is erected; 3, concrete pouring of the first section pier body is carried out; 4, the template of the first section pier body is removed; 5, an inspectionplatform in the pier is constructed; 6, a steel reinforcement framework of the standard section pier bodyis bound; 7, a formwork of the standard section pier body is erected; 8, concrete pouring is conducted on the standard section pier body; and 9, the formwork of the standard section pier body is dismantled. By arranging the in-pier operation frame and the out-pier floor protection frame to bind the steel bar main reinforcements and the steel bar framework horizontal stirrups, the binding efficiency of pier body steel bars can be improved, and the personal safety of constructors is guaranteed; personal safety of constructors during pier body turnoverconstruction is guaranteed by arranging various frame bodies and platforms, the installation positions and the construction sequence of theframe bodies and the platforms are reasonably arranged, construction is faster and more efficient, turnover utilization of construction equipment is achieved, construction cost can be reduced, production benefits are improved, and application and popularization are facilitated.
本发明公开了一种翻模式高墩安全快速施工方法，包括步骤：一、首节墩身的钢筋骨架绑扎；二、首节墩身的支模；三、首节墩身的混凝土浇筑；四、首节墩身的模板拆除；五、墩内检查平台施工；六、标准节墩身的钢筋骨架绑扎；七、标准节墩身的支模；八、标准节墩身的混凝土浇筑；九、标准节墩身的模板拆除。本发明通过设置墩内操作架和墩外落地防护架绑扎钢筋主筋和钢筋骨架水平箍筋，可以提高墩身钢筋的绑扎效率，保障施工人员的人身安全；通过设置多种架体和平台保障墩身翻模施工时施工人员的人身安全，合理设置架体和平台的安设位置及施工次序，使施工更加快速高效，实现了施工设备的周转利用，有利于降低施工成本，提高生产效益，便于推广使用。
Safe and rapid construction method for turnover type high pier
The invention discloses a safe and rapid construction method for a turnover type high pier. The method comprises the steps that 1, a steel reinforcement framework of a first section pier body is bound; 2, a formwork of the firstsection pier body is erected; 3, concrete pouring of the first section pier body is carried out; 4, the template of the first section pier body is removed; 5, an inspectionplatform in the pier is constructed; 6, a steel reinforcement framework of the standard section pier bodyis bound; 7, a formwork of the standard section pier body is erected; 8, concrete pouring is conducted on the standard section pier body; and 9, the formwork of the standard section pier body is dismantled. By arranging the in-pier operation frame and the out-pier floor protection frame to bind the steel bar main reinforcements and the steel bar framework horizontal stirrups, the binding efficiency of pier body steel bars can be improved, and the personal safety of constructors is guaranteed; personal safety of constructors during pier body turnoverconstruction is guaranteed by arranging various frame bodies and platforms, the installation positions and the construction sequence of theframe bodies and the platforms are reasonably arranged, construction is faster and more efficient, turnover utilization of construction equipment is achieved, construction cost can be reduced, production benefits are improved, and application and popularization are facilitated.
本发明公开了一种翻模式高墩安全快速施工方法，包括步骤：一、首节墩身的钢筋骨架绑扎；二、首节墩身的支模；三、首节墩身的混凝土浇筑；四、首节墩身的模板拆除；五、墩内检查平台施工；六、标准节墩身的钢筋骨架绑扎；七、标准节墩身的支模；八、标准节墩身的混凝土浇筑；九、标准节墩身的模板拆除。本发明通过设置墩内操作架和墩外落地防护架绑扎钢筋主筋和钢筋骨架水平箍筋，可以提高墩身钢筋的绑扎效率，保障施工人员的人身安全；通过设置多种架体和平台保障墩身翻模施工时施工人员的人身安全，合理设置架体和平台的安设位置及施工次序，使施工更加快速高效，实现了施工设备的周转利用，有利于降低施工成本，提高生产效益，便于推广使用。
Safe and rapid construction method for turnover type high pier
一种翻模式高墩安全快速施工方法
ZHAO JINPENG (author) / LIU TAO (author) / CHENG XIAOGANG (author) / YIN WEIQIANG (author) / LIAO XUNYONG (author) / WU YOUFENG (author) / ZHAO QUAN (author) / ZOU SONGBAI (author) / BI ZHANGLONG (author) / ZHANG ZHANCANG (author)
2020-08-25
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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