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Natural gas storage tank bearing platform structure and construction method
The invention relates to a natural gas storage tank bearing platform structure and a construction method, and the bearing platform structure comprises a foundation reinforcement cage, an optical fiber sensor winding group and a concrete entity. The foundation reinforcement cage is provided with an upper-layer structure and a lower-layer structure. The optical fiber sensor winding sets are arranged in the foundation reinforcement cage, and the upper layer structure and the lower layer structure are both provided with the optical fiber sensor winding sets. Subsequently, the concrete is poured into the foundation reinforcement cage to form a concrete entity, the optical fiber sensor winding group is provided with a data output end, and the data output end penetrates out of the concrete entity to be connected with external electronic equipment. Compared with the prior art, due to the arrangement of the built-in optical fiber sensor winding set, efficient and feasible structure state monitoring of the whole life cycle of the bearing platform structure can be achieved, safe and reliable operation of the storage tank is supported, and high practicability is achieved.
本发明涉及一种天然气储罐承台结构以及施工方法，其中，承台结构包括基础钢筋笼、光纤传感器绕线组以及混凝土实体。其中，基础钢筋笼具有上层结构以及下层结构。光纤传感器绕线组设置在基础钢筋笼的内部，上层结构以及下层结构均设置有光纤传感器绕线组。后续，混凝土浇筑基础钢筋笼形成混凝土实体，光纤传感器绕线组具有数据输出端，数据输出端穿出混凝土实体供外部电子设备连接。与现有技术相对比，内置光纤传感器绕线组的设置，能够实现承台结构全生命周期高效可行的结构状态监测，支持储罐安全可靠运行，具有较大的实用性。
Natural gas storage tank bearing platform structure and construction method
The invention relates to a natural gas storage tank bearing platform structure and a construction method, and the bearing platform structure comprises a foundation reinforcement cage, an optical fiber sensor winding group and a concrete entity. The foundation reinforcement cage is provided with an upper-layer structure and a lower-layer structure. The optical fiber sensor winding sets are arranged in the foundation reinforcement cage, and the upper layer structure and the lower layer structure are both provided with the optical fiber sensor winding sets. Subsequently, the concrete is poured into the foundation reinforcement cage to form a concrete entity, the optical fiber sensor winding group is provided with a data output end, and the data output end penetrates out of the concrete entity to be connected with external electronic equipment. Compared with the prior art, due to the arrangement of the built-in optical fiber sensor winding set, efficient and feasible structure state monitoring of the whole life cycle of the bearing platform structure can be achieved, safe and reliable operation of the storage tank is supported, and high practicability is achieved.
本发明涉及一种天然气储罐承台结构以及施工方法，其中，承台结构包括基础钢筋笼、光纤传感器绕线组以及混凝土实体。其中，基础钢筋笼具有上层结构以及下层结构。光纤传感器绕线组设置在基础钢筋笼的内部，上层结构以及下层结构均设置有光纤传感器绕线组。后续，混凝土浇筑基础钢筋笼形成混凝土实体，光纤传感器绕线组具有数据输出端，数据输出端穿出混凝土实体供外部电子设备连接。与现有技术相对比，内置光纤传感器绕线组的设置，能够实现承台结构全生命周期高效可行的结构状态监测，支持储罐安全可靠运行，具有较大的实用性。
Natural gas storage tank bearing platform structure and construction method
一种天然气储罐承台结构以及施工方法
XIAO LI (author) / ZHAO MINGRUI (author) / LIU FANG (author) / YANGFAN (author) / ZHONG XI (author) / DING YUCHEN (author) / ZHEN CONG (author) / ZHANG YUQI (author) / LI YUJING (author) / FAN JIAKUN (author)
2023-11-28
Patent
Electronic Resource
Chinese
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