A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mud-entering type underwater data center
The invention discloses a mud-entering type underwater data center which comprises a pile foundation, the bottom of the pile foundation is positioned below a water body mud surface, the top of the pile foundation is positioned below the water surface, a cavity is formed in the pile foundation, and part of the cavity is positioned below the water body mud surface; the data cabin is of a closed cabin structure, the bottom of the data cabin is located in a cavity below the water mud surface, and the top of the data cabin extends out of the pile foundation; and the ballast assembly is arranged at the bottom of the data cabin and used for lowering the gravity center of the data cabin. According to the method, the single hollow pile foundation is driven and positioned in the mud surface, the mud in the pile foundation is sucked, then the mud cavity located below the mud surface on the periphery of the pile foundation is formed, and then the data cabin with the ballast assembly is positioned in the pile foundation, so that the ballast assembly is located below the mud surface; therefore, the gravity center of the data center is moved to the position below the mud surface, the stability of the data cabin in the pile foundation is enhanced, and the problem that the data cabin topples over due to insufficient soil strength is not prone to occurring.
本发明公开了一种入泥式水下数据中心，包括：桩基，底部定位在水体泥面以下，顶部位于水面以下，所述桩基的内部设置为空腔，且部分所述空腔位于水体泥面以下；数据舱，为封闭舱体结构，底部位于水体泥面以下的空腔内，顶部从所述桩基伸出；压载组件，设置在所述数据舱的底部，用于降低所述数据舱的重心。本发明将单根中空的桩基打桩定位在泥面内，将位于桩基内部的泥土进行抽吸，进而形成位于桩基外围的泥面以下的泥土空腔，再将装有压载组件的数据舱定位在桩基的内部，使得压载组件位于泥面以下，进而将数据中心的重心移到泥面以下，增强了数据舱在桩基内部的稳定性，不易出现因土体强度不足而发生数据舱倾倒的问题。
Mud-entering type underwater data center
The invention discloses a mud-entering type underwater data center which comprises a pile foundation, the bottom of the pile foundation is positioned below a water body mud surface, the top of the pile foundation is positioned below the water surface, a cavity is formed in the pile foundation, and part of the cavity is positioned below the water body mud surface; the data cabin is of a closed cabin structure, the bottom of the data cabin is located in a cavity below the water mud surface, and the top of the data cabin extends out of the pile foundation; and the ballast assembly is arranged at the bottom of the data cabin and used for lowering the gravity center of the data cabin. According to the method, the single hollow pile foundation is driven and positioned in the mud surface, the mud in the pile foundation is sucked, then the mud cavity located below the mud surface on the periphery of the pile foundation is formed, and then the data cabin with the ballast assembly is positioned in the pile foundation, so that the ballast assembly is located below the mud surface; therefore, the gravity center of the data center is moved to the position below the mud surface, the stability of the data cabin in the pile foundation is enhanced, and the problem that the data cabin topples over due to insufficient soil strength is not prone to occurring.
本发明公开了一种入泥式水下数据中心，包括：桩基，底部定位在水体泥面以下，顶部位于水面以下，所述桩基的内部设置为空腔，且部分所述空腔位于水体泥面以下；数据舱，为封闭舱体结构，底部位于水体泥面以下的空腔内，顶部从所述桩基伸出；压载组件，设置在所述数据舱的底部，用于降低所述数据舱的重心。本发明将单根中空的桩基打桩定位在泥面内，将位于桩基内部的泥土进行抽吸，进而形成位于桩基外围的泥面以下的泥土空腔，再将装有压载组件的数据舱定位在桩基的内部，使得压载组件位于泥面以下，进而将数据中心的重心移到泥面以下，增强了数据舱在桩基内部的稳定性，不易出现因土体强度不足而发生数据舱倾倒的问题。
Mud-entering type underwater data center
一种入泥式水下数据中心
FU RONGRONG (author) / CHEN XIQIA (author) / CHEN YONGZHONG (author) / CHENG WEIFENG (author) / SU YANG (author) / WEI FAJUN (author) / SHEN WANQIU (author)
2024-02-27
Patent
Electronic Resource
Chinese
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