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SYSTEM FOR USE WITH A CRANE ON A SURFACE VESSEL

机译：与表面容器上的起重机一起使用的系统

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摘要

The invention relates to a system (1) for use with a crane (4) on a surface vessel (3), comprising a crane tool (15) attached or attachable to a hoisting cable (5) of the crane (4) and one or more adaptors (16) attached or attachable to one or more tools (11-14, 25) for carrying out operations or to one or more components (2, 10), the crane tool (15) comprising a connector (17) and at least one of the adaptors (16) comprising a connector-counterpart (18).

机译：本发明涉及一种用于水面船（ 3 ）上的起重机（ 4 ）的系统（ 1 ），其包括起重机工具（ 15 ）已连接或可连接到起重机（ 4 ）的起重电缆（ 5 ）和一个或多个适配器（ 16 ）或附加到一个或多个用于执行操作的工具（ 11 - 14、25 ）或一个或多个组件（ 2， 10 ），起重机工具（ 15 ）包括连接器（ 17 ）和至少一个适配器（ 16 ）包括连接器对应部分（ 18 ）。 展开▼

著录项

公开/公告号US2019390432A1

专利类型

公开/公告日2019-12-26

原文格式PDF

申请/专利权人 IHC HOLLAND IE B.V.;
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申请/专利号US201816480800

发明设计人 HENRICUS GERARDUS ANDREAS VAN VESSEM;BOUDEWIJN CASPER JUNG;
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申请日2018-01-31

分类号E02D7/06;B66C1/10;E02D13;E02D7/14;B63B35;

国家 US

入库时间 2022-08-21 11:22:39

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1. 与水面船舶上的起重机一起使用的系统 [P] . 中国专利： CN110300700B . 2022.01.28

2. 与水面船舶上的起重机一起使用的系统 [P] . 中国专利： CN110300700A . 2019-10-01

3. traction device for unwinding and retrieving a flex cable, hoisting system, vessel, crane, uses of a traction device, a lifting system, a vessel, a crane, and method of unwinding and retrieving a flex cable with a traction device [P] . BR112012027455A2 . 2016-07-19

机译：用于展开和收回挠性电缆的牵引装置，提升系统，船舶，起重机，牵引装置的用途，提升系统，船只，起重机以及使用牵引装置解开和检索挠性电缆的方法

4. System for use with a crane on a surface vessel [P] . US11186962B2 . 2021-11-30

机译：用于表面容器上的起重机的系统

5. System for use with a crane on a surface vessel [P] . AU2018212298A1 . 2019-09-19

机译：用于水面起重机上的起重机的系统

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2. Robustifying Dynamic Positioning of Crane Vessels for Heavy Lifting Operation [J] . Jun Ye, Spandan Roy, Milinko Godjevac, 自动化学报（英文版） . 2021,第004期

3. Robustifying Dynamic Positioning of Crane Vessels for Heavy Lifting Operation [J] . Jun Ye, Spandan Roy, Milinko Godjevac, 自动化学报：英文版 . 2021,第004期

4. Analyses of Trawling Track and Fishing Activity Based on the Data of Vessel Monitoring System (VMS)：A Case Study of the Single Otter Trawl Vessels in the Zhoushan Fishing Ground [J] . WANG Yang, WANG Yingbin, ZHENG Ji 中国海洋大学学报（英文版） . 2015,第001期

5. Swing Suppression and Accurate Positioning Control for Underactuated Offshore Crane Systems Suffering From Disturbances [J] . Tong Yang, Ning Sun, He Chen, 自动化学报（英文版） . 2020,第003期

6. ROLE REMAINS FOR CRANES, DESPITE FAST PACE OF VESSEL/ ACCESS SYSTEM DEVELOPMENT [J] . Offshore Support Journal . 2018,第4期

7. Navy asks industry for small-, medium-, and large-size power systems for unmanned surface vessels (USVs) [J] . John Keller Military & Aerospace Electronics . 2021,第4期

8. VESSELS, RIGS, & SURFACE SYSTEMS [J] . Offshore . 2020,第2期

9. Integrated Simulations of a Floating Crane Installation Vessel with DP systems in Waves [C] . Nam B.W., Hong S.Y., Kim Y.S., International offshore and polar engineering conference . 2013

10. Experimental Validation of an Integrated Guidance and Control System for Marine Surface Vessels [D] . Composto, Anthony 2018

11. Hull and Aerial Holonomic Propulsion System Design for Optimal Underwater Sensor Positioning in Autonomous Surface Vessels [O] . Bruno A. Regina, Leonardo M. Honório, Antônio A. N. Pancoti, 2021

12. Integrated Simulations of a Floating Crane Installation Vessel with DP systems in Waves [O] . B.W. Nam, S.Y. Hong, Y.S. Kim, 2015

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