Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Open caisson construction equipment integration platform
The invention relates to an open caisson construction equipment integration platform which comprises a supporting stand column, a steel platform, a lower hanging frame, a hanging seat, a one-way self-locking clamping head, a carrying pole, a hook claw, a climbing rod, a steel formwork and a hydraulic cylinder. The hanging seat is fixed to an open caisson concrete structure in an attached mode, the one-way self-locking clamping head is connected with the hanging seat through the carrying pole, and the supporting stand column is connected with the hanging seat; the top of the supporting stand column is fixedly connected with the steel platform, the supporting stand column is provided with pane holes used for being matched with hook claws of the hanging base to climb, the hydraulic cylinder is installed on a beam at the bottom of the supporting stand column, the climbing rod is arranged on the beam at the bottom of the supporting stand column and connected with a one-way self-locking clamping head on the hanging base, and the lower hanging frame is hung at the bottom of the steel platform through a hanging rod. The steel formwork is hung on the lower portion of the steel platform through a chain. In the open caisson construction period, formwork reinforcing, platform jacking, concrete pouring and slurry pump moving of the open caisson can be conducted without external mechanical equipment, the open caisson construction efficiency can be effectively improved, the turnover performance is high, and the overall construction period is shortened.
本发明涉及一种沉井施工装备集成平台，包括支撑立柱、钢平台、下挂架、挂座、单向自锁卡头、扁担、钩爪、爬杆、钢模板和液压缸，挂座通过附着固定于沉井混凝土结构上，单向自锁卡头通过扁担与挂座连接，支撑立柱与挂座连接，支撑立柱顶部与钢平台固定连接，支撑立柱上设有用于与挂座钩爪配合爬升的窗格孔，液压缸安装于支撑立柱底部横梁上，爬杆设置于支撑立柱底部横梁上与挂座上的单向自锁卡头连接，下挂架通过吊杆下挂于钢平台底部，钢模板通过链条吊挂在钢平台下部。本发明在沉井施工期间无需借助外部机械设备即可进行沉井的模板加固、平台顶升、混凝土浇筑和泥浆泵移动，能有效提高沉井施工工效，可周转性强，节约了总体施工工期。
Open caisson construction equipment integration platform
The invention relates to an open caisson construction equipment integration platform which comprises a supporting stand column, a steel platform, a lower hanging frame, a hanging seat, a one-way self-locking clamping head, a carrying pole, a hook claw, a climbing rod, a steel formwork and a hydraulic cylinder. The hanging seat is fixed to an open caisson concrete structure in an attached mode, the one-way self-locking clamping head is connected with the hanging seat through the carrying pole, and the supporting stand column is connected with the hanging seat; the top of the supporting stand column is fixedly connected with the steel platform, the supporting stand column is provided with pane holes used for being matched with hook claws of the hanging base to climb, the hydraulic cylinder is installed on a beam at the bottom of the supporting stand column, the climbing rod is arranged on the beam at the bottom of the supporting stand column and connected with a one-way self-locking clamping head on the hanging base, and the lower hanging frame is hung at the bottom of the steel platform through a hanging rod. The steel formwork is hung on the lower portion of the steel platform through a chain. In the open caisson construction period, formwork reinforcing, platform jacking, concrete pouring and slurry pump moving of the open caisson can be conducted without external mechanical equipment, the open caisson construction efficiency can be effectively improved, the turnover performance is high, and the overall construction period is shortened.
本发明涉及一种沉井施工装备集成平台，包括支撑立柱、钢平台、下挂架、挂座、单向自锁卡头、扁担、钩爪、爬杆、钢模板和液压缸，挂座通过附着固定于沉井混凝土结构上，单向自锁卡头通过扁担与挂座连接，支撑立柱与挂座连接，支撑立柱顶部与钢平台固定连接，支撑立柱上设有用于与挂座钩爪配合爬升的窗格孔，液压缸安装于支撑立柱底部横梁上，爬杆设置于支撑立柱底部横梁上与挂座上的单向自锁卡头连接，下挂架通过吊杆下挂于钢平台底部，钢模板通过链条吊挂在钢平台下部。本发明在沉井施工期间无需借助外部机械设备即可进行沉井的模板加固、平台顶升、混凝土浇筑和泥浆泵移动，能有效提高沉井施工工效，可周转性强，节约了总体施工工期。
Open caisson construction equipment integration platform
沉井施工装备集成平台
ZHANG ZHIHUA (Autor:in) / JEON HEE-SEUNG (Autor:in) / REN ZHENGSHENG (Autor:in) / LI JIN (Autor:in) / ZHANG BUYUE (Autor:in) / WANG YONG (Autor:in) / HE CHENGLIN (Autor:in) / ZHAO YANHUA (Autor:in) / LIU KAI (Autor:in) / TAN ZHIXIONG (Autor:in)
20.12.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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