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A platform for research: civil engineering, architecture and urbanism
Flexible suspension cable end anchoring system
The flexible suspension cable end anchoring system comprises a connecting rod, a plurality of pile foundations and a plurality of support vertical rods, the support vertical rods are connected with the pile foundations through linear structures with polyester chains, first anchoring chains in the linear structures are installed on the pile foundations in a chambering mode, and second anchoring chains in the linear structures are installed on the pile foundations in a chambering mode; the flexible suspension cable end anchoring system development is achieved through chambering type polyester cable mooring installation, the geologic structure requirement is greatly lowered, the support span and the high adaptability are improved, polyester cables are selected, the light performance, the corrosion resistance and the durability of the polyester cables provide guarantee for the design cycle requirement that photovoltaic is larger than or equal to 25 years, and the application range is wide. And the chambering type anchoring design provides convenience for replacing the chain cable in subsequent operation.
本发明公开了一种柔性悬索端部锚固系统，包括：连杆、若干桩基以及若干支架竖杆，将支架竖杆通过带有聚酯链的线性结构连接桩基，将线性结构中第一锚固链扩孔式安装于桩基上，通过扩孔式聚酯缆系泊安装实现柔性悬索端部锚固系统开发，极大的降低了地质结构要求和提升了支架跨距、高度适应性，选用聚酯缆，其轻质性能、抗腐蚀性和耐久性为光伏≥25年的设计周期要求提供了保障，扩孔形式的锚固设计为后续运营更替链缆提供了便利。
Flexible suspension cable end anchoring system
The flexible suspension cable end anchoring system comprises a connecting rod, a plurality of pile foundations and a plurality of support vertical rods, the support vertical rods are connected with the pile foundations through linear structures with polyester chains, first anchoring chains in the linear structures are installed on the pile foundations in a chambering mode, and second anchoring chains in the linear structures are installed on the pile foundations in a chambering mode; the flexible suspension cable end anchoring system development is achieved through chambering type polyester cable mooring installation, the geologic structure requirement is greatly lowered, the support span and the high adaptability are improved, polyester cables are selected, the light performance, the corrosion resistance and the durability of the polyester cables provide guarantee for the design cycle requirement that photovoltaic is larger than or equal to 25 years, and the application range is wide. And the chambering type anchoring design provides convenience for replacing the chain cable in subsequent operation.
本发明公开了一种柔性悬索端部锚固系统，包括：连杆、若干桩基以及若干支架竖杆，将支架竖杆通过带有聚酯链的线性结构连接桩基，将线性结构中第一锚固链扩孔式安装于桩基上，通过扩孔式聚酯缆系泊安装实现柔性悬索端部锚固系统开发，极大的降低了地质结构要求和提升了支架跨距、高度适应性，选用聚酯缆，其轻质性能、抗腐蚀性和耐久性为光伏≥25年的设计周期要求提供了保障，扩孔形式的锚固设计为后续运营更替链缆提供了便利。
Flexible suspension cable end anchoring system
一种柔性悬索端部锚固系统
GUO YANG (author) / SUN HUANYONG (author) / YAO JUN (author) / SHI JIANGJUAN (author) / WU ZHONGYI (author)
2023-03-31
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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