A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A diving data center (180, 180a, 180b) configured in a watertight compartment for deployment in a body of water is described. A data center capsule (180, 180a, 180b) is mounted on a diving platform (110) of an elevator installation (100, 100a) equipped with a support leg (130a) or a plurality of support legs (130), and a winch (132) is located near the top of the support leg or each of the plurality of support legs; thus, the datacenter bay (180, 180a, 180b) can be submerged underwater for operation, or lifted over the water surface with a winch for retrieval or maintenance. A first deployment of the support legs (130, 130a) is provided by a leg lowering winch (112) located on the diving platform (110). A heat exchanger (190) or a cooler (190a) is used, or a centralized cooler (190b) is used, to dissipate heat energy from inside the data center bay (180, 180a, 180b) into the surrounding water. A corresponding method of operation is also described.
本发明描述了一种配置在防水舱中以部署在水体中的潜水数据中心(180，180a，180b)。数据中心舱(180，180a，180b)安装在电梯设备(100，100a)的潜水平台(110)上，所述电梯设备配备有支撑腿(130a)或多个支撑腿(130)，并且绞盘(132)位于所述支撑腿或所述多个支撑腿中的每一个的顶部附近；因此，数据中心舱(180，180a，180b)可以浸没在水下进行操作，或者用绞盘吊到水面上方进行取回或维护。所述支撑腿(130，130a)的首次部署由位于潜水平台(110)上的腿下降绞盘(112)提供。使用热交换器(190)或冷却器(190a)，或者使用集中式冷却器(190b)，以将热能从数据中心舱(180，180a，180b)内部散发到周围的水中。还描述了相应的操作方法。
A diving data center (180, 180a, 180b) configured in a watertight compartment for deployment in a body of water is described. A data center capsule (180, 180a, 180b) is mounted on a diving platform (110) of an elevator installation (100, 100a) equipped with a support leg (130a) or a plurality of support legs (130), and a winch (132) is located near the top of the support leg or each of the plurality of support legs; thus, the datacenter bay (180, 180a, 180b) can be submerged underwater for operation, or lifted over the water surface with a winch for retrieval or maintenance. A first deployment of the support legs (130, 130a) is provided by a leg lowering winch (112) located on the diving platform (110). A heat exchanger (190) or a cooler (190a) is used, or a centralized cooler (190b) is used, to dissipate heat energy from inside the data center bay (180, 180a, 180b) into the surrounding water. A corresponding method of operation is also described.
本发明描述了一种配置在防水舱中以部署在水体中的潜水数据中心(180，180a，180b)。数据中心舱(180，180a，180b)安装在电梯设备(100，100a)的潜水平台(110)上，所述电梯设备配备有支撑腿(130a)或多个支撑腿(130)，并且绞盘(132)位于所述支撑腿或所述多个支撑腿中的每一个的顶部附近；因此，数据中心舱(180，180a，180b)可以浸没在水下进行操作，或者用绞盘吊到水面上方进行取回或维护。所述支撑腿(130，130a)的首次部署由位于潜水平台(110)上的腿下降绞盘(112)提供。使用热交换器(190)或冷却器(190a)，或者使用集中式冷却器(190b)，以将热能从数据中心舱(180，180a，180b)内部散发到周围的水中。还描述了相应的操作方法。
Diving data center capable of being installed on diving platform
可安装在潜水平台上的潜水数据中心
2024-04-16
Patent
Electronic Resource
Chinese
| European Patent Office | 2020
NAVAL DIVING & SALVAGE TRAINING CENTER
British Library Online Contents | 1999
Saturation Diving: Diving Deeper Than 300 m
| Springer Verlag | 1988