A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-adjusting bearing platform for offshore water area trestle construction and using method
The self-adjusting bearing platform comprises bearing stand columns, a positioning bottom plate, a protective net, a bearing support and compensation columns, one column of bearing stand columns are located on the side close to the shore to form a fixed bearing set, and the other column of bearing stand columns are located at the position close to the center of the water area to form a protective adjusting set. The upper end face of each bearing stand column of the bearing set and the adjusting set is connected with a positioning bottom plate, the compensation columns are evenly distributed around the axes of the bearing stand columns, and the upper end faces and the lower end faces of the compensation columns are hinged to the outer sides of the bearing stand columns and the lower end faces of the positioning bottom plates through rotary table mechanisms correspondingly. The outer side faces of every two adjacent bearing stand columns in the protection adjusting sets are connected through a protection net. The using method comprises the three steps of system design, on-site construction, monitoring and compensation and the like. The construction method can effectively meet the requirements of construction operation in various environments, has good environmental adaptability and is convenient to construct on site.
本发明涉及一种近岸水域栈桥施工用自调节承载平台，包括承载立柱、定位底板、防护网、承载支架、补偿柱，一列承载立柱位于靠近岸边一侧，构成固定承载组，另一列位于靠近水域中心位置，构成防护调节组，其中承载组和调节组的各承载立柱上端面均与一条定位底板连接，补偿柱环绕承载立柱轴线均布，其上端面及下端面分别通过转台机构与承载立柱外侧及定位底板下端面铰接，且防护调节组内相邻两承载立柱的外侧面间通过一条防护网连接。其使用方法包括系统设计，现场施工及监控及补偿等三个步骤。本发明可有效适应多种环境下施工作业的需要，具有良好的环境适应性，且现场施工便捷。
Self-adjusting bearing platform for offshore water area trestle construction and using method
The self-adjusting bearing platform comprises bearing stand columns, a positioning bottom plate, a protective net, a bearing support and compensation columns, one column of bearing stand columns are located on the side close to the shore to form a fixed bearing set, and the other column of bearing stand columns are located at the position close to the center of the water area to form a protective adjusting set. The upper end face of each bearing stand column of the bearing set and the adjusting set is connected with a positioning bottom plate, the compensation columns are evenly distributed around the axes of the bearing stand columns, and the upper end faces and the lower end faces of the compensation columns are hinged to the outer sides of the bearing stand columns and the lower end faces of the positioning bottom plates through rotary table mechanisms correspondingly. The outer side faces of every two adjacent bearing stand columns in the protection adjusting sets are connected through a protection net. The using method comprises the three steps of system design, on-site construction, monitoring and compensation and the like. The construction method can effectively meet the requirements of construction operation in various environments, has good environmental adaptability and is convenient to construct on site.
本发明涉及一种近岸水域栈桥施工用自调节承载平台，包括承载立柱、定位底板、防护网、承载支架、补偿柱，一列承载立柱位于靠近岸边一侧，构成固定承载组，另一列位于靠近水域中心位置，构成防护调节组，其中承载组和调节组的各承载立柱上端面均与一条定位底板连接，补偿柱环绕承载立柱轴线均布，其上端面及下端面分别通过转台机构与承载立柱外侧及定位底板下端面铰接，且防护调节组内相邻两承载立柱的外侧面间通过一条防护网连接。其使用方法包括系统设计，现场施工及监控及补偿等三个步骤。本发明可有效适应多种环境下施工作业的需要，具有良好的环境适应性，且现场施工便捷。
Self-adjusting bearing platform for offshore water area trestle construction and using method
一种近岸水域栈桥施工用自调节承载平台及使用方法
YAN SHAOYANG (author) / HE PENGLI (author) / WANG QI (author) / GAO FUQIANG (author) / HUANG QIANG (author) / CHEN YINLONG (author) / WANG SHIPENG (author) / YE HONGYU (author) / SONG BAIYANG (author) / LI MINGYU (author)
2024-06-07
Patent
Electronic Resource
Chinese
Suspension box body bearing platform foundation construction trestle and construction method
| European Patent Office | 2022
| European Patent Office | 2023