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Subsea node for docking underwater intervention drones

机译:用于对接水下干预无人机的海底节点

摘要

A subsea node 50 for connecting, e.g. by flying leads 51, an associated subsea system such as a well structure 100 to a host facility (1 Fig. 1) for provision of electrical power and data. The subsea node comprising, a termination 53 for connecting the subsea node to a cable 54 carrying power and data e.g. direct current and fiber optic (DC/FO) from the host facility. A platform, provided by a surface 56 of the subsea node is for landing an underwater intervention drone, and a subsea node inductive coupler 55 associated with the platform and connected to the termination for receiving power and data; whereby an underwater intervention drone landed on the platform and having a corresponding inductive coupler 61 can receive power and data via the subsea node inductive coupler 55. Allows for recharging of, and data provision for, a resident underwater intervention drone (UID).
机译:用于连接的海底节点50,例如, 通过飞行引线51,诸如井结构100的相关海底系统,用于提供电力和数据的主体设施(1图1)。 外部节点包括终止53,用于将海底节点连接到携带电力和数据的电缆54。 来自主机设施的直流和光纤(DC / FO)。 由海底节点的表面56提供的平台用于降落水下干预无人机,以及与平台相关联的海底节点电感耦合器55,并连接到接收电力和数据的终端; 由此在平台上降落并具有相应的电感耦合器61的水下干预无人机可以通过海底节点电感耦合器55接收电力和数据。允许对驻留水下干预无人机(UID)进行再充电和数据提供。

著录项

  • 公开/公告号GB2584284B

    专利类型

  • 公开/公告日2021-11-03

    原文格式PDF

  • 申请/专利权人 EQUINOR ENERGY AS;

    申请/专利号GB20190007376

  • 发明设计人 PÅL ATLE SOLHEIMSNES;KARL-ATLE STENEVIK;

    申请日2019-05-24

  • 分类号E21B43/017;B63G8;

  • 国家 GB

  • 入库时间 2022-08-24 22:27:15

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