A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Main deck pile fixing frame of non-self-propelled self-elevating wind power installation platform
The invention discloses a main deck pile fixing frame of a non-self-propelled self-elevating wind power installation platform. The main deck pile fixing frame comprises a pile fixing frame body, a guide ring beam, a lubricating mechanism and a convenient mechanism, wherein the lubricating mechanism is located at the gap between the pile fixing frame body and the guide ring beam; and the lubricating mechanism comprises a sleeve. According to the main deck pile fixing frame, through the arrangement of the sleeve, the situation that the guide ring beam in the pile fixing frame body moves up and down for a long time, and the friction force is increased is effectively avoided, the guide ring beam is lubricated, the up-down moving efficiency of the guide ring beam is effectively improved, then the guide distance of the guide ring beam to pile legs is guaranteed, and the platform is safer and more reliable in the towing process; and through the arrangement of clamping blocks, the situation that the mounting and dismounting processes between a third connecting plate and a first connecting plate and between the third connecting plate and a second connecting plate are tedious is effectivelyavoided, the labor cost is saved advantageously, the mounting and dismounting efficiency of the device is improved, meanwhile, the structural strength of the device is guaranteed, and the main deck pile fixing frame can also be used as an oil cylinder mounting seat.
本发明公开了一种非自航自升式风电安装平台主甲板固桩架，包括固桩架主体、引导环梁、润滑机构和便捷机构，所述润滑机构位于固桩架主体与引导环梁的间隙处，所述润滑机构包括套管；本发明通过设置的套管，有效避免了固桩架主体内部的引导环梁长时间上下移动，摩擦力会增大，对引导环梁起到润滑作用，有效提高了引导环梁上下移动的效率，进而保证了引导环梁对桩腿的导向距离，使平台在拖航过程更加安全可靠，通过设置的卡块，有效避免了第三连接板与第一连接板、第二连接板之间的安装、拆卸过程繁琐，有利于节省人力成本，提高了装置的安装、拆卸效率，同时保证了装置的结构强度，还可用作油缸安装座使用。
Main deck pile fixing frame of non-self-propelled self-elevating wind power installation platform
The invention discloses a main deck pile fixing frame of a non-self-propelled self-elevating wind power installation platform. The main deck pile fixing frame comprises a pile fixing frame body, a guide ring beam, a lubricating mechanism and a convenient mechanism, wherein the lubricating mechanism is located at the gap between the pile fixing frame body and the guide ring beam; and the lubricating mechanism comprises a sleeve. According to the main deck pile fixing frame, through the arrangement of the sleeve, the situation that the guide ring beam in the pile fixing frame body moves up and down for a long time, and the friction force is increased is effectively avoided, the guide ring beam is lubricated, the up-down moving efficiency of the guide ring beam is effectively improved, then the guide distance of the guide ring beam to pile legs is guaranteed, and the platform is safer and more reliable in the towing process; and through the arrangement of clamping blocks, the situation that the mounting and dismounting processes between a third connecting plate and a first connecting plate and between the third connecting plate and a second connecting plate are tedious is effectivelyavoided, the labor cost is saved advantageously, the mounting and dismounting efficiency of the device is improved, meanwhile, the structural strength of the device is guaranteed, and the main deck pile fixing frame can also be used as an oil cylinder mounting seat.
本发明公开了一种非自航自升式风电安装平台主甲板固桩架，包括固桩架主体、引导环梁、润滑机构和便捷机构，所述润滑机构位于固桩架主体与引导环梁的间隙处，所述润滑机构包括套管；本发明通过设置的套管，有效避免了固桩架主体内部的引导环梁长时间上下移动，摩擦力会增大，对引导环梁起到润滑作用，有效提高了引导环梁上下移动的效率，进而保证了引导环梁对桩腿的导向距离，使平台在拖航过程更加安全可靠，通过设置的卡块，有效避免了第三连接板与第一连接板、第二连接板之间的安装、拆卸过程繁琐，有利于节省人力成本，提高了装置的安装、拆卸效率，同时保证了装置的结构强度，还可用作油缸安装座使用。
Main deck pile fixing frame of non-self-propelled self-elevating wind power installation platform
一种非自航自升式风电安装平台主甲板固桩架
QIU LEI (author) / BAO YONGFEI (author) / XUE JIAXIN (author) / BAI XIAOMING (author) / PU FANGGANG (author)
2020-07-31
Patent
Electronic Resource
Chinese
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