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Overwater operation platform capable of automatically lifting and quickly translating and construction method thereof
The invention relates to an overwater operation platform capable of automatically lifting and quickly translating and a construction method thereof. The operation platform comprises a suspension system, an operation platform system and an offshore floating assisting system, the hanging system comprises four hanging plates fixedly erected on wheel protecting ridges on the two sides of the trestle, a hanging steel wire rope is fixed to the bottom of each hanging plate, and an electric hand chain block is connected to the bottom of each hanging steel wire rope. The operation platform system comprises a hanging basket main frame, a supporting scaffold board is arranged at the bottom in the hanging basket main frame, and an electric hand chain block is fixed to the hanging basket main frame. The offshore floating-assisting system comprises a floating-assisting bottom frame, the floating-assisting bottom frame is fixed to the bottom of the hanging basket main frame, the left side and the right side in the floating-assisting bottom frame are filled with floating-assisting polystyrene foam, and the floating-assisting bottom frame is additionally provided with an iron wire protective net on the periphery of the floating-assisting polystyrene foam. The anti-corrosion device is used for anti-corrosion construction of the bottom of the box girder and the trestle pier, the defects of a traditional construction method are overcome, the construction cost is saved, and the construction efficiency is also remarkably improved.
本发明是一种可自动升降、快速平移水上操作平台及其施工方法,操作平台包括悬挂系统、操作平台系统和海上助浮系统;悬挂系统包括架固于栈桥两侧护轮坎上的四个挂板,每个挂板底部均固定有悬挂钢丝绳,悬挂钢丝绳底部连接有电动手拉葫芦;操作平台系统包括挂篮主架,挂篮主架内底部设有支撑脚手板,电动手拉葫芦固定在挂篮主架上;海上助浮系统包括助浮底框,助浮底框固定在挂篮主架的底部,助浮底框内左右两侧填充有助浮聚苯乙烯泡沫,助浮底框在助浮聚苯乙烯泡沫四周加装有铁丝防护网。本发明在进行箱梁底部、栈桥墩防腐施工时使用,弥补了传统施工方法的不足,节省了施工成本,施工效率亦显著提升。
Overwater operation platform capable of automatically lifting and quickly translating and construction method thereof
The invention relates to an overwater operation platform capable of automatically lifting and quickly translating and a construction method thereof. The operation platform comprises a suspension system, an operation platform system and an offshore floating assisting system, the hanging system comprises four hanging plates fixedly erected on wheel protecting ridges on the two sides of the trestle, a hanging steel wire rope is fixed to the bottom of each hanging plate, and an electric hand chain block is connected to the bottom of each hanging steel wire rope. The operation platform system comprises a hanging basket main frame, a supporting scaffold board is arranged at the bottom in the hanging basket main frame, and an electric hand chain block is fixed to the hanging basket main frame. The offshore floating-assisting system comprises a floating-assisting bottom frame, the floating-assisting bottom frame is fixed to the bottom of the hanging basket main frame, the left side and the right side in the floating-assisting bottom frame are filled with floating-assisting polystyrene foam, and the floating-assisting bottom frame is additionally provided with an iron wire protective net on the periphery of the floating-assisting polystyrene foam. The anti-corrosion device is used for anti-corrosion construction of the bottom of the box girder and the trestle pier, the defects of a traditional construction method are overcome, the construction cost is saved, and the construction efficiency is also remarkably improved.
本发明是一种可自动升降、快速平移水上操作平台及其施工方法,操作平台包括悬挂系统、操作平台系统和海上助浮系统;悬挂系统包括架固于栈桥两侧护轮坎上的四个挂板,每个挂板底部均固定有悬挂钢丝绳,悬挂钢丝绳底部连接有电动手拉葫芦;操作平台系统包括挂篮主架,挂篮主架内底部设有支撑脚手板,电动手拉葫芦固定在挂篮主架上;海上助浮系统包括助浮底框,助浮底框固定在挂篮主架的底部,助浮底框内左右两侧填充有助浮聚苯乙烯泡沫,助浮底框在助浮聚苯乙烯泡沫四周加装有铁丝防护网。本发明在进行箱梁底部、栈桥墩防腐施工时使用,弥补了传统施工方法的不足,节省了施工成本,施工效率亦显著提升。
Overwater operation platform capable of automatically lifting and quickly translating and construction method thereof
一种可自动升降、快速平移水上操作平台及其施工方法
DONG HAIJUN (Autor:in) / DING DEYONG (Autor:in) / SHAO FENG (Autor:in) / CUI ZHIHAI (Autor:in) / ZHAI YONGZHEN (Autor:in) / ZHANG GUANGSEN (Autor:in) / YANG GUOHUI (Autor:in) / LIU YANG (Autor:in) / LI TIAN (Autor:in) / FU HAOZHENG (Autor:in)
13.01.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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