A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Embedded part device, building structure of nuclear power plant and installation method of embedded part device
The invention discloses an embedded part device, a building structure of a nuclear power plant and a mounting method of the embedded part device. The embedded part device comprises a strip-shaped embedded part and a reinforcement cage net. The reinforcement cage net comprises a plurality of steel bars arranged in a grid mode. The strip-shaped embedded part comprises a reserved plate and a plurality of anchor bars, the reserved plate is in a strip shape and is parallel to a grid formed by steel bars in the steel reinforcement cage net, the extending direction of the anchor bars is perpendicular to the reserved plate, and the reserved plate is fixedly connected with the steel reinforcement cage net through the anchor bars. The multiple anchor bars are arranged at intervals, and the distance between every two adjacent anchor bars is matched with the distance between every two adjacent steel bars, so that each anchor bar can be connected with one steel bar, and then the strip-shaped embedded part and the steel reinforcement cage net are connected into a whole. According to the embedded part device, modular construction of the strip-shaped embedded part and the reinforcement cage net can be achieved, the structural design reasonability is guaranteed, meanwhile, the construction efficiency is greatly improved, and the construction period is shortened.
本发明公开一种埋件装置、核电厂房的建筑结构和埋件装置的安装方法。该埋件装置包括：带状埋件和钢筋笼网。钢筋笼网包括多根呈网格排列的钢筋。带状埋件包括预留板和多根锚筋，预留板呈带状，其平行于钢筋笼网中钢筋形成的网格，锚筋的延伸方向垂直于预留板，预留板通过锚筋与钢筋笼网固定连接。多根锚筋间隔排列设置，相邻两根锚筋的间距与相邻两根钢筋之间的间距相匹配，以使得每根锚筋均能够与一根钢筋连接，进而将带状埋件和钢筋笼网连为一体。该埋件装置能够实现带状埋件和钢筋笼网的模块化施工,在保证结构设计合理性的同时大幅提高了施工效率，缩短了施工周期。
Embedded part device, building structure of nuclear power plant and installation method of embedded part device
The invention discloses an embedded part device, a building structure of a nuclear power plant and a mounting method of the embedded part device. The embedded part device comprises a strip-shaped embedded part and a reinforcement cage net. The reinforcement cage net comprises a plurality of steel bars arranged in a grid mode. The strip-shaped embedded part comprises a reserved plate and a plurality of anchor bars, the reserved plate is in a strip shape and is parallel to a grid formed by steel bars in the steel reinforcement cage net, the extending direction of the anchor bars is perpendicular to the reserved plate, and the reserved plate is fixedly connected with the steel reinforcement cage net through the anchor bars. The multiple anchor bars are arranged at intervals, and the distance between every two adjacent anchor bars is matched with the distance between every two adjacent steel bars, so that each anchor bar can be connected with one steel bar, and then the strip-shaped embedded part and the steel reinforcement cage net are connected into a whole. According to the embedded part device, modular construction of the strip-shaped embedded part and the reinforcement cage net can be achieved, the structural design reasonability is guaranteed, meanwhile, the construction efficiency is greatly improved, and the construction period is shortened.
本发明公开一种埋件装置、核电厂房的建筑结构和埋件装置的安装方法。该埋件装置包括：带状埋件和钢筋笼网。钢筋笼网包括多根呈网格排列的钢筋。带状埋件包括预留板和多根锚筋，预留板呈带状，其平行于钢筋笼网中钢筋形成的网格，锚筋的延伸方向垂直于预留板，预留板通过锚筋与钢筋笼网固定连接。多根锚筋间隔排列设置，相邻两根锚筋的间距与相邻两根钢筋之间的间距相匹配，以使得每根锚筋均能够与一根钢筋连接，进而将带状埋件和钢筋笼网连为一体。该埋件装置能够实现带状埋件和钢筋笼网的模块化施工,在保证结构设计合理性的同时大幅提高了施工效率，缩短了施工周期。
Embedded part device, building structure of nuclear power plant and installation method of embedded part device
埋件装置、核电厂房的建筑结构和埋件装置的安装方法
YU YUE (author) / SUI CHUNGUANG (author) / WANG PENG (author) / LI YUMIN (author) / CAI LIJIAN (author) / GAO AIPING (author) / MA YING (author) / ZHAO WEIMIN (author) / FENG ZHIMAO (author) / XU GUOZHEN (author)
2023-09-15
Patent
Electronic Resource
Chinese
| European Patent Office | 2015
Weighing device embedded part installation method and device
| European Patent Office | 2021
Embedded part anchoring plate self-locking installation device and method and building structure
| European Patent Office | 2023
| European Patent Office | 2020