Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-altitude suspension type pedestrian riding track integrated assembly construction method
The invention discloses an integrated assembly construction method for a high-altitude suspension type pedestrian riding track. The integrated assembly construction method comprises the following steps that a ground jig frame construction part is cleaned; arranging a roadbed box at the construction part of the jig frame; assembling a jig frame on the roadbed box; marking is conducted according to the coordinate points of the pedestrian riding track structure, the pedestrian riding track structure is returned to a jig frame, the pedestrian riding track structure is accurately positioned, and segmented welding is conducted on the pedestrian riding track structure on the jig frame; the positions of the air pipe, the facing aluminum plate and the keel are measured and returned to the pedestrian riding track structure, and the air pipe, the keel and the facing aluminum plate are installed; the positions of the facing aluminum plate and the keel are measured and returned to the pedestrian riding track structure, the keel is welded, and the facing aluminum plate is installed; and the pedestrian riding track structures are hoisted to designed positions in a segmented mode, every two adjacent pedestrian riding track structures are connected, handrails and air pipes between the segments are connected, and joints of the aluminum plates are treated. The problems that in the prior art, safety risks are large, the site is limited, and the construction period is short are solved.
本发明公开了高空悬挂式人行马道一体化装配施工方法，所述方法包括以下步骤：清理地面胎架施工部位；在胎架施工部位设置路基箱；在路基箱上拼装胎架；根据人行马道结构的坐标点进行标识返到胎架，对人行马道结构进行精确定位，在胎架上对人行马道结构进行分段焊接；对风管、饰面铝板及龙骨位置进行测量并返到人行马道结构上，并对风管、龙骨和饰面铝板进行安装；对饰面铝板及龙骨位置进行测量并返到人行马道结构上，焊接龙骨，并对饰面铝板进行安装；对人行马道结构进行分段吊装到设计位置，将相邻两段人行马道结构连接，并对节段间栏杆、风管连接，对铝板接缝进行处理。以解决现有技术安全风险大、场地受限和工期紧张的问题。
High-altitude suspension type pedestrian riding track integrated assembly construction method
The invention discloses an integrated assembly construction method for a high-altitude suspension type pedestrian riding track. The integrated assembly construction method comprises the following steps that a ground jig frame construction part is cleaned; arranging a roadbed box at the construction part of the jig frame; assembling a jig frame on the roadbed box; marking is conducted according to the coordinate points of the pedestrian riding track structure, the pedestrian riding track structure is returned to a jig frame, the pedestrian riding track structure is accurately positioned, and segmented welding is conducted on the pedestrian riding track structure on the jig frame; the positions of the air pipe, the facing aluminum plate and the keel are measured and returned to the pedestrian riding track structure, and the air pipe, the keel and the facing aluminum plate are installed; the positions of the facing aluminum plate and the keel are measured and returned to the pedestrian riding track structure, the keel is welded, and the facing aluminum plate is installed; and the pedestrian riding track structures are hoisted to designed positions in a segmented mode, every two adjacent pedestrian riding track structures are connected, handrails and air pipes between the segments are connected, and joints of the aluminum plates are treated. The problems that in the prior art, safety risks are large, the site is limited, and the construction period is short are solved.
本发明公开了高空悬挂式人行马道一体化装配施工方法，所述方法包括以下步骤：清理地面胎架施工部位；在胎架施工部位设置路基箱；在路基箱上拼装胎架；根据人行马道结构的坐标点进行标识返到胎架，对人行马道结构进行精确定位，在胎架上对人行马道结构进行分段焊接；对风管、饰面铝板及龙骨位置进行测量并返到人行马道结构上，并对风管、龙骨和饰面铝板进行安装；对饰面铝板及龙骨位置进行测量并返到人行马道结构上，焊接龙骨，并对饰面铝板进行安装；对人行马道结构进行分段吊装到设计位置，将相邻两段人行马道结构连接，并对节段间栏杆、风管连接，对铝板接缝进行处理。以解决现有技术安全风险大、场地受限和工期紧张的问题。
High-altitude suspension type pedestrian riding track integrated assembly construction method
高空悬挂式人行马道一体化装配施工方法
WANG MINGSHENG (Autor:in) / DENG ZHENGYUN (Autor:in) / LIAO XUAN (Autor:in) / AO LINGYU (Autor:in) / WU BO (Autor:in) / DAI WEI (Autor:in) / LIU YANG (Autor:in) / DING XIBIN (Autor:in) / YANG BO (Autor:in)
31.01.2023
Patent
Elektronische Ressource
Chinesisch
Spatial combination high-altitude suspension pedestrian landscape suspension bridge
Europäisches Patentamt | 2024
| Europäisches Patentamt | 2024
Quick-release buckle structure for assembly type roof riding track
| Europäisches Patentamt | 2023