Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ultrahigh pier body concrete curing safety platform
The invention provides an ultrahigh pier body concrete curing safety platform. The ultrahigh pier body concrete curing safety platform comprises a cantilever tripod connected with a concrete embedded support through a clamping groove buckle, a hanging frame is arranged below the cantilever tripod, a plurality of cross beam frame bodies are installed on the hanging frame, and wall attaching devices are arranged on the cross beam frame bodies; the platform frame and the multi-truss hanging frame are connected in a welded mode, steel pedals are fully laid to form a multi-layer operation platform unit structure, a construction operation platform is provided for maintenance personnel, and a ladder stand channel is welded between every two layers of operation platform units to ensure that the construction personnel can pass up and down. And each layer of operation platform unit is also provided with a manually operated overturning platform. By adding the safety platform, safety construction of maintenance operation after ultrahigh pier body concrete form stripping is achieved, the situation that hoisting equipment is used for hoisting a hanging basket to stand for operation is avoided, and the high-altitude operation risk is reduced; through reasonable arrangement of the overturning platform, it is guaranteed that the coverage range of the maintenance operation platform is wide, meanwhile, the whole platform is good in integrity, overall hoisting can be achieved in the climbing process, and repeated mounting and dismounting are avoided.
本发明提供一种超高墩身混凝土养护安全平台，包括与混凝土预埋支座通过卡槽卡扣连接的悬臂三脚架，悬臂三角架下设挂架，挂架上安装多道横梁架体，横梁架体上设置附墙装置；平台框架与多榀挂架焊接连接并满铺钢踏板组成多层操作平台单元结构，为养护人员提供施工作业平台，每层操作平台单元之间焊接爬梯通道，保证施工人员能上下通行；每一层操作平台单元上还设置人工操作的翻转平台。本发明通过增加安全平台，实现超高墩身混凝土拆模后养护作业安全施工，避免使用起重设备吊装吊篮站人作业，降低高空作业风险；通过翻转平台的合理布置，保证养护作业平台覆盖范围广，同时整个平台整体性良好，使爬升过程中可以整体起吊，避免反复安拆。
Ultrahigh pier body concrete curing safety platform
The invention provides an ultrahigh pier body concrete curing safety platform. The ultrahigh pier body concrete curing safety platform comprises a cantilever tripod connected with a concrete embedded support through a clamping groove buckle, a hanging frame is arranged below the cantilever tripod, a plurality of cross beam frame bodies are installed on the hanging frame, and wall attaching devices are arranged on the cross beam frame bodies; the platform frame and the multi-truss hanging frame are connected in a welded mode, steel pedals are fully laid to form a multi-layer operation platform unit structure, a construction operation platform is provided for maintenance personnel, and a ladder stand channel is welded between every two layers of operation platform units to ensure that the construction personnel can pass up and down. And each layer of operation platform unit is also provided with a manually operated overturning platform. By adding the safety platform, safety construction of maintenance operation after ultrahigh pier body concrete form stripping is achieved, the situation that hoisting equipment is used for hoisting a hanging basket to stand for operation is avoided, and the high-altitude operation risk is reduced; through reasonable arrangement of the overturning platform, it is guaranteed that the coverage range of the maintenance operation platform is wide, meanwhile, the whole platform is good in integrity, overall hoisting can be achieved in the climbing process, and repeated mounting and dismounting are avoided.
本发明提供一种超高墩身混凝土养护安全平台，包括与混凝土预埋支座通过卡槽卡扣连接的悬臂三脚架，悬臂三角架下设挂架，挂架上安装多道横梁架体，横梁架体上设置附墙装置；平台框架与多榀挂架焊接连接并满铺钢踏板组成多层操作平台单元结构，为养护人员提供施工作业平台，每层操作平台单元之间焊接爬梯通道，保证施工人员能上下通行；每一层操作平台单元上还设置人工操作的翻转平台。本发明通过增加安全平台，实现超高墩身混凝土拆模后养护作业安全施工，避免使用起重设备吊装吊篮站人作业，降低高空作业风险；通过翻转平台的合理布置，保证养护作业平台覆盖范围广，同时整个平台整体性良好，使爬升过程中可以整体起吊，避免反复安拆。
Ultrahigh pier body concrete curing safety platform
一种超高墩身混凝土养护安全平台
HANG ZHENGYU (Autor:in) / GUAN JIAN (Autor:in) / PAN JUN (Autor:in) / LI BENQI (Autor:in) / WANG RUI (Autor:in) / YANG ZHONGYONG (Autor:in) / TIAN YONGQIANG (Autor:in) / WANG CHENGMU (Autor:in) / JEON JI-WON (Autor:in) / PAN RONGJUN (Autor:in)
14.06.2024
Patent
Elektronische Ressource
Chinesisch
Safety protection platform for pier body construction
| Europäisches Patentamt | 2022