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Underwater data center
The invention relates to the technical field of underwater data centers, in particular to an underwater data center which comprises a data center body. The supporting frame is installed at the bottom of the data center body, the supporting frame is formed by splicing steel pipes, inner cavities of the steel pipes are filled with filling pieces, the density of the filling pieces is not smaller than 1/4 of the density of the steel pipes, and a horizontally-arranged supporting platform is formed on at least one steel pipe on the supporting frame. The supporting frame formed by splicing and assembling the steel pipes is arranged at the bottom of the data center body to serve as a support, and filling pieces with low cost, high density and good fluidity such as concrete, silt and gravel can be poured into the steel pipes for ballasting. The structure formed by matching the steel pipes with the filler is used as the supporting frame to bear the data center body underwater, so that the supporting frame integrates multiple functions of supporting, hoisting and ballasting by using the least steel, the steel consumption of the underwater data center can be greatly reduced, and the underwater data center can meet the requirement of rapid integration.
本发明涉及水下数据中心技术领域,具体涉及一种水下数据中心,包括:数据中心本体;支撑框架,安装在数据中心本体的底部,支撑框架由钢管相互拼接而成,钢管的内腔中填充有填充件,填充件的密度不小于钢管密度的1/4,支撑框架上至少一个钢管上成型有水平设置的支撑平台。通过在数据中心本体底部设置由钢管拼接组装而成的支撑框架作为支撑,钢管内部可灌入混凝土、泥沙、砂砾等低成本高密度流动性好的填充件进行压载。使用钢管与填充物配合的结构作为支撑框架,来对数据中心本体在水下进行承载,使得支撑框架用最少的钢材实现了支撑,吊装,压载的多功能合一,能够大大减少水下数据中心的用钢量,并且使水下数据中心实现快速集成的要求。
Underwater data center
The invention relates to the technical field of underwater data centers, in particular to an underwater data center which comprises a data center body. The supporting frame is installed at the bottom of the data center body, the supporting frame is formed by splicing steel pipes, inner cavities of the steel pipes are filled with filling pieces, the density of the filling pieces is not smaller than 1/4 of the density of the steel pipes, and a horizontally-arranged supporting platform is formed on at least one steel pipe on the supporting frame. The supporting frame formed by splicing and assembling the steel pipes is arranged at the bottom of the data center body to serve as a support, and filling pieces with low cost, high density and good fluidity such as concrete, silt and gravel can be poured into the steel pipes for ballasting. The structure formed by matching the steel pipes with the filler is used as the supporting frame to bear the data center body underwater, so that the supporting frame integrates multiple functions of supporting, hoisting and ballasting by using the least steel, the steel consumption of the underwater data center can be greatly reduced, and the underwater data center can meet the requirement of rapid integration.
本发明涉及水下数据中心技术领域,具体涉及一种水下数据中心,包括:数据中心本体;支撑框架,安装在数据中心本体的底部,支撑框架由钢管相互拼接而成,钢管的内腔中填充有填充件,填充件的密度不小于钢管密度的1/4,支撑框架上至少一个钢管上成型有水平设置的支撑平台。通过在数据中心本体底部设置由钢管拼接组装而成的支撑框架作为支撑,钢管内部可灌入混凝土、泥沙、砂砾等低成本高密度流动性好的填充件进行压载。使用钢管与填充物配合的结构作为支撑框架,来对数据中心本体在水下进行承载,使得支撑框架用最少的钢材实现了支撑,吊装,压载的多功能合一,能够大大减少水下数据中心的用钢量,并且使水下数据中心实现快速集成的要求。
Underwater data center
一种水下数据中心
FU RONGRONG (author) / SHI TENGTENG (author) / CHENG WEIFENG (author) / CHEN XIQIA (author) / LI CAIBIN (author) / SU YANG (author) / WEI FAJUN (author) / SHEN WANQIU (author)
2023-08-11
Patent
Electronic Resource
Chinese
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