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Limiting overturn-preventing device of bridge aerial work platform supporting structure
The invention discloses a bridge aerial work platform supporting structure limiting overturn-preventing device which is characterized in that a top assembling shell and a top-free assembling shell are assembled and locked through a locking mechanism, a penetrating opening is formed in the upper portion of the top assembling shell, and mounting side edges are arranged on the lower portions of the side faces of the top assembling shell and the top-free assembling shell; mounting bolts are symmetrically arranged on the mounting side edges, an operation opening is formed in the front side face of the topless assembling shell, and positioning mechanisms are arranged in the topless assembling shell and the topless assembling shell. The jack can be assembled and connected only through the top assembling shell and the top-free assembling shell, operation is convenient and fast, the installation difficulty is low, the manufacturing cost is low, the jack is limited after being fixed through the bolts, slippage of the jack is effectively limited, the risk that the gravity center of the main beam deviates due to slippage of the jack is avoided, safety performance is high, and practicability is high. And meanwhile, the position of the fine adjustment jack can be translated according to the specific adjustment requirement of the bridge through the adjustable positioning mechanism, and the functionality is improved.
本发明公开一种桥梁高空作业平台支撑结构限位防倾覆装置,包括所述有顶拼装壳和无顶拼装壳通过锁紧机构拼装锁定,所述有顶拼装壳上方设有贯穿口,所述有顶拼装壳和无顶拼装壳侧面下方设有安装侧边,所述安装侧边上对称设有安装螺栓,所述无顶拼装壳前侧面设有操作口,所述有顶拼装壳和无顶拼装壳中设有定位机构;本发明仅需通过有顶拼装壳和无顶拼装壳拼装连接即可,操作便捷,安装难度低且制造成本低,采用螺栓固定后对千斤顶进行限位,有效限制了千斤顶的滑移,避免了千斤顶滑移导致主梁发生重心偏位的风险,安全性能高,同时通过可调节的定位机构可以根据桥梁的具体调节需求平移微调千斤顶的位置,增加其功能性。
Limiting overturn-preventing device of bridge aerial work platform supporting structure
The invention discloses a bridge aerial work platform supporting structure limiting overturn-preventing device which is characterized in that a top assembling shell and a top-free assembling shell are assembled and locked through a locking mechanism, a penetrating opening is formed in the upper portion of the top assembling shell, and mounting side edges are arranged on the lower portions of the side faces of the top assembling shell and the top-free assembling shell; mounting bolts are symmetrically arranged on the mounting side edges, an operation opening is formed in the front side face of the topless assembling shell, and positioning mechanisms are arranged in the topless assembling shell and the topless assembling shell. The jack can be assembled and connected only through the top assembling shell and the top-free assembling shell, operation is convenient and fast, the installation difficulty is low, the manufacturing cost is low, the jack is limited after being fixed through the bolts, slippage of the jack is effectively limited, the risk that the gravity center of the main beam deviates due to slippage of the jack is avoided, safety performance is high, and practicability is high. And meanwhile, the position of the fine adjustment jack can be translated according to the specific adjustment requirement of the bridge through the adjustable positioning mechanism, and the functionality is improved.
本发明公开一种桥梁高空作业平台支撑结构限位防倾覆装置,包括所述有顶拼装壳和无顶拼装壳通过锁紧机构拼装锁定,所述有顶拼装壳上方设有贯穿口,所述有顶拼装壳和无顶拼装壳侧面下方设有安装侧边,所述安装侧边上对称设有安装螺栓,所述无顶拼装壳前侧面设有操作口,所述有顶拼装壳和无顶拼装壳中设有定位机构;本发明仅需通过有顶拼装壳和无顶拼装壳拼装连接即可,操作便捷,安装难度低且制造成本低,采用螺栓固定后对千斤顶进行限位,有效限制了千斤顶的滑移,避免了千斤顶滑移导致主梁发生重心偏位的风险,安全性能高,同时通过可调节的定位机构可以根据桥梁的具体调节需求平移微调千斤顶的位置,增加其功能性。
Limiting overturn-preventing device of bridge aerial work platform supporting structure
一种桥梁高空作业平台支撑结构限位防倾覆装置
ZOU XUELIANG (author) / YANG PENGFEI (author) / XIAO BING (author) / ZHU KEWEI (author) / LI QINGGUO (author) / QI WEIJIAN (author) / JIA BOLIANG (author) / BAN JUN (author) / ZAI SHOUCHONG (author) / REN PENG (author)
2024-05-14
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Overturn-preventing supporting platform for bridge construction
European Patent Office | 2023
|European Patent Office | 2021
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