Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Cross pile type anchoring structure for offshore suspension cable photovoltaic and installation method
The cross pile type anchoring structure comprises a first anchoring pile and a second anchoring pile, the first anchoring pile is fixedly connected with a guide pipe, the guide pipe is obliquely inserted into the first anchoring pile in a penetrating mode, the two ends of a wire conduit are communicated with the outside, the second anchoring pile is arranged in the guide pipe, and the second anchoring pile is arranged in the guide pipe. By arranging the cross pile type anchoring structure, the horizontal bearing capacity is improved, the horizontal force borne by the anchoring structure is converted into the pressure of the second anchoring pile and the pulling force on the first anchoring pile, the bearing capacity of the pile bodies is exerted to the maximum degree, the pile bodies are connected in a welded mode, the concrete consumption is reduced, the offshore grouting procedure is omitted, and the construction cost is reduced. According to the installation method, the first anchoring pile is firstly subjected to pile sinking, it is ensured that positioning is simple and accurate, due to the fact that the guide pipe is arranged, the second anchoring pile is convenient to install, a pile sinking mechanism identical with the first anchoring pile is adopted, the problem that special pile sinking equipment is used is avoided, the pile sinking construction cost is saved, the offshore construction procedure is simplified, and the construction efficiency is improved.
本发明提供了用于海上悬索光伏的交叉桩式锚固结构及安装方法，包括第一锚固桩和第二锚固桩，第一锚固桩固定连接有导向管，导向管倾斜穿插于第一锚固桩的内部，导线管的两端与外界连通，导向管内设有第二锚固桩，通过设置交叉桩式锚固结构，提高水平承载力，将锚固结构受到的水平力转换为第二锚固桩的压力和对第一锚固桩的拉力，最大程度发挥桩体的承载能力，桩身之间通过焊接连接的方式，减少混凝土用量，取消海上灌浆工序，其安装方法先对第一锚固桩进行沉桩，确保定位简单精确，由于设置了导向管，第二锚固桩的安装方便，采用与第一锚固桩相同的沉桩机构即可，避免使用专用沉桩设备的问题，节省沉桩施工费用，简化海上施工工序，提高施工效率。
Cross pile type anchoring structure for offshore suspension cable photovoltaic and installation method
The cross pile type anchoring structure comprises a first anchoring pile and a second anchoring pile, the first anchoring pile is fixedly connected with a guide pipe, the guide pipe is obliquely inserted into the first anchoring pile in a penetrating mode, the two ends of a wire conduit are communicated with the outside, the second anchoring pile is arranged in the guide pipe, and the second anchoring pile is arranged in the guide pipe. By arranging the cross pile type anchoring structure, the horizontal bearing capacity is improved, the horizontal force borne by the anchoring structure is converted into the pressure of the second anchoring pile and the pulling force on the first anchoring pile, the bearing capacity of the pile bodies is exerted to the maximum degree, the pile bodies are connected in a welded mode, the concrete consumption is reduced, the offshore grouting procedure is omitted, and the construction cost is reduced. According to the installation method, the first anchoring pile is firstly subjected to pile sinking, it is ensured that positioning is simple and accurate, due to the fact that the guide pipe is arranged, the second anchoring pile is convenient to install, a pile sinking mechanism identical with the first anchoring pile is adopted, the problem that special pile sinking equipment is used is avoided, the pile sinking construction cost is saved, the offshore construction procedure is simplified, and the construction efficiency is improved.
本发明提供了用于海上悬索光伏的交叉桩式锚固结构及安装方法，包括第一锚固桩和第二锚固桩，第一锚固桩固定连接有导向管，导向管倾斜穿插于第一锚固桩的内部，导线管的两端与外界连通，导向管内设有第二锚固桩，通过设置交叉桩式锚固结构，提高水平承载力，将锚固结构受到的水平力转换为第二锚固桩的压力和对第一锚固桩的拉力，最大程度发挥桩体的承载能力，桩身之间通过焊接连接的方式，减少混凝土用量，取消海上灌浆工序，其安装方法先对第一锚固桩进行沉桩，确保定位简单精确，由于设置了导向管，第二锚固桩的安装方便，采用与第一锚固桩相同的沉桩机构即可，避免使用专用沉桩设备的问题，节省沉桩施工费用，简化海上施工工序，提高施工效率。
Cross pile type anchoring structure for offshore suspension cable photovoltaic and installation method
用于海上悬索光伏的交叉桩式锚固结构及安装方法
YU HUAFENG (Autor:in) / WANG KANGJIE (Autor:in) / ZHAO YUE (Autor:in) / LI WEI (Autor:in) / JIANG ZHENQIANG (Autor:in) / JIA XIANLIN (Autor:in) / WANG SHANSHAN (Autor:in) / LYU GUOER (Autor:in) / LOU WEI (Autor:in)
26.07.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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