Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Swivel system based on intelligent deviation rectifying supporting feet and construction method
The invention discloses a swivel system and construction method based on intelligent deviation rectifying supporting lugs, the swivel system comprises a lower bearing platform, a power box and a main console, a swivel support cushion stone is fixedly mounted in the center of the top of the lower bearing platform, a swivel support is fixedly arranged at the top of the swivel support cushion stone, and the top of the swivel support is in contact connection with an upper bearing platform; the top of the upper bearing platform is fixedly connected with a pier, the top of the pier is fixedly connected with a swivel beam body, the lower bearing platform is fixedly provided with a swivel slide way located on the outer side of a swivel support padstone, the top of the swivel slide way is fixedly provided with a plurality of sand boxes, every two sand boxes form a group, and the swivel slide way is provided with intelligent deviation rectifying supporting feet located between every two adjacent groups of sand boxes. The power box is connected with the main console through a power line, the intelligent deviation rectifying supporting leg comprises a supporting leg base, two shear fork supports and an upper sliding way protection framework, the swivel system based on the intelligent deviation rectifying supporting leg and the construction method are high in assembly degree, swivel construction is optimized, safety storage is greatly improved, and the intelligent degree is high.
本发明公开了一种基于智能纠偏撑脚的转体系统与施工方法，包括下承台、电源箱和主控台，下承台顶部的中心固定安装有转体支座垫石，转体支座垫石的顶部固定设置有转体支座，转体支座的顶部接触连接有上承台，上承台的顶部固定连接有桥墩，桥墩的顶部固定连接有转体梁体，下承台上固定设置有位于转体支座垫石外侧的转体滑道，转体滑道的顶部固定设置有多个两两一组的砂箱，转体滑道上设有位于相邻两组砂箱之间的智能纠偏撑脚，电源箱通过电源线与主控台连接，智能纠偏撑脚包括撑脚底座、两个剪叉支架和上滑道保护框架，本发明一种基于智能纠偏撑脚的转体系统与施工方法，装配化程度高，优化转体施工，安全储备大幅提升和智能化程度高。
Swivel system based on intelligent deviation rectifying supporting feet and construction method
The invention discloses a swivel system and construction method based on intelligent deviation rectifying supporting lugs, the swivel system comprises a lower bearing platform, a power box and a main console, a swivel support cushion stone is fixedly mounted in the center of the top of the lower bearing platform, a swivel support is fixedly arranged at the top of the swivel support cushion stone, and the top of the swivel support is in contact connection with an upper bearing platform; the top of the upper bearing platform is fixedly connected with a pier, the top of the pier is fixedly connected with a swivel beam body, the lower bearing platform is fixedly provided with a swivel slide way located on the outer side of a swivel support padstone, the top of the swivel slide way is fixedly provided with a plurality of sand boxes, every two sand boxes form a group, and the swivel slide way is provided with intelligent deviation rectifying supporting feet located between every two adjacent groups of sand boxes. The power box is connected with the main console through a power line, the intelligent deviation rectifying supporting leg comprises a supporting leg base, two shear fork supports and an upper sliding way protection framework, the swivel system based on the intelligent deviation rectifying supporting leg and the construction method are high in assembly degree, swivel construction is optimized, safety storage is greatly improved, and the intelligent degree is high.
本发明公开了一种基于智能纠偏撑脚的转体系统与施工方法，包括下承台、电源箱和主控台，下承台顶部的中心固定安装有转体支座垫石，转体支座垫石的顶部固定设置有转体支座，转体支座的顶部接触连接有上承台，上承台的顶部固定连接有桥墩，桥墩的顶部固定连接有转体梁体，下承台上固定设置有位于转体支座垫石外侧的转体滑道，转体滑道的顶部固定设置有多个两两一组的砂箱，转体滑道上设有位于相邻两组砂箱之间的智能纠偏撑脚，电源箱通过电源线与主控台连接，智能纠偏撑脚包括撑脚底座、两个剪叉支架和上滑道保护框架，本发明一种基于智能纠偏撑脚的转体系统与施工方法，装配化程度高，优化转体施工，安全储备大幅提升和智能化程度高。
Swivel system based on intelligent deviation rectifying supporting feet and construction method
一种基于智能纠偏撑脚的转体系统与施工方法
HAN SU-JOO (Autor:in) / WANG YABIN (Autor:in) / ZHANG YIXIN (Autor:in) / PEI YUANJIANG (Autor:in) / CHEN SHUNING (Autor:in) / DONG HUIMIN (Autor:in) / GUO ZHUANG (Autor:in) / LEE HYUN (Autor:in) / DUAN YIJING (Autor:in)
28.07.2023
Patent
Elektronische Ressource
Chinesisch
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