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    • 2. 发明申请
    • METHOD AND CONTROL APPARATUS FOR OPERATING A MARINE VESSEL
    • 用于操作海运船的方法和控制装置
    • WO2017202458A1
    • 2017-11-30
    • PCT/EP2016/061775
    • 2016-05-25
    • VOLVO PENTA CORPORATION
    • PETTERSSON, MarcusANDOLF, PetterTHORIN, Anders
    • B63H21/21B63H25/02B63H25/42B63H20/00
    • B63H25/42B63H21/213B63H21/265B63H25/02B63H2025/026B63J99/00B63J2099/008
    • The present invention relates to a method for performing a sideway displacement of a marine vessel (10). The marine vessel (10) comprises a first and a second propulsion unit (26, 27), a first and a second rudder (31, 32) respectively associated with the first and the second propulsion units (26, 27), and a bow thruster (37). The first and the second propulsion units (26, 27), the first and the second rudders (31, 32) and the bow thruster (37) are operable via a single driver interface (22). The method comprises the steps of; via the single driver interface (22) operate the first and the second propulsion units (26, 27) and the bow thruster (37) so as to provide a total thrust and set the rudder angles (α1, α2) of the first and the second rudders (31, 32), to thereby steer the displacement of the marine vessel (10) during the sideway displacement. The present invention also relates to a marine vessel single driver interface steering arrangement which can be calibrated using the disclosed method.
    • 用于执行船舶(10)的侧向位移的方法技术领域本发明涉及一种用于执行船舶(10)的侧向位移的方法。 船舶(10)包括第一和第二推进单元(26,27),分别与第一和第二推进单元(26,27)相关联的第一和第二舵(31,32),以及船首 推进器(37)。 第一和第二推进单元(26,27),第一和第二舵(31,32)以及船首推进器(37)可通过单个驱动器接口(22)操作。 该方法包括以下步骤: (22)操纵第一和第二推进单元(26,27)和船首推进器(37),以便提供总推力并设定第一和第二推进单元的舵角(α1,α2) 第二方向舵(31,32),从而在侧向位移期间引导船舶(10)的位移。 本发明还涉及可以使用所公开的方法校准的船舶单独驾驶员接口转向装置。
    • 5. 发明申请
    • 해양 구조물의 선박 충돌 모니터링 시스템
    • 海洋结构船舶碰撞监测系统
    • WO2017010758A1
    • 2017-01-19
    • PCT/KR2016/007475
    • 2016-07-11
    • (주)한국플랜트관리
    • 박수열원병연김준범지창환강성민
    • B63J99/00B63B22/16B63B51/02E01D15/14G01P15/08G02B13/04
    • B63B22/16B63B51/02B63J99/00E01D15/14G01P15/08G02B13/04
    • 본 발명은 선박의 안전운행을 돕는 항로표지시설물과 원유 또는 LNG를 지상저장탱크에 로딩하기 위해 파이프라인이 가설되어 있는 잔교와 같은 해양 구조물의 선박으로 인한 충돌을 감지하는 해양 구조물의 선박 충돌 모니터링 시스템에 관한 것으로 상기 해양 구조물에 진동 가속도 센서와 경사 센서를 포함하는 선박 충돌 센싱부를 설치하여 해양 구조물에 선박이 충돌하였을 경우 진동 가속도 데이터와 경사 데이터를 측정하여 측정한 데이터를 통해 충돌 지수를 산출하고 산출한 충돌 지수를 미리 설정한 각 해양 구조물의 충돌 지수 임계치와 비교하여 상기 산출한 충돌 지수가 임계치를 초과하였을 경우 선박 충돌로 인지하고 선박 충돌 영상 취득부에서 취득한 영상 데이터에서 선박 충돌 전 일정시간 촬영한 영상 데이터를 LTE 또는 위성 통신을 통해 무선으로 원격지 데이터 서버부에 전송하여 해양 구조물의 선박 충돌을 실시간으로 감지할 수 있고 영상 데이터를 통해 충돌한 선박을 색출할 수 있는 해양 구조물의 선박 충돌 모니터링 시스템에 관한 것이다.
    • 本发明涉及一种海洋结构的船舶碰撞监测系统,该系统感测船舶与海洋结构的碰撞,例如:用于协助船舶安全操作的信标设施; 以及具有构造在其中的管道以将原油或LNG装载到地面储罐中的码头以及船用结构的船舶碰撞监视系统,所述系统能够:船舶碰撞感测单元,其包括振动加速度传感器 以及在海洋结构中设置的倾斜传感器,以便如果船舶与海洋结构碰撞,则测量振动加速度数据和倾斜数据,从而通过测量数据计算碰撞指数; 所计算的碰撞指数与每个海洋结构的预设碰撞指标阈值进行比较,以便如果计算的碰撞指数超过阈值则识别船舶碰撞; 以及在船舶碰撞之前的某个时间拍摄的图像数据,在船舶碰撞图像获取单元获取的图像数据中,通过LTE或卫星通信无线传输到远程数据服务器单元,从而感测到船舶碰撞 通过图像数据实时跟踪与之相撞的船舶。
    • 6. 发明申请
    • 해양플랜트의 전력 제어 장치 및 방법
    • 海洋植物的功率控制装置和方法
    • WO2016052816A1
    • 2016-04-07
    • PCT/KR2014/012712
    • 2014-12-23
    • 대우조선해양 주식회사
    • 조세호서보형
    • H02J3/14B63J99/00
    • B63J99/00H02J3/14
    • 본 발명은 VMS(vessel monitoring and control system)가 전력 리미트(limit)를 계산하여 DCS로 전송하는 해양플랜트의 전력을 제어하는 장치 및 방법에 관한 것이다. 본 발명의 일 실시예에 따르면, 해양플랜트의 전력 제어 장치에 있어서, 상기 해양플랜트의 현재 생산 전력의 양 및 현재 소비 전력의 양을 이용하여 드릴링 장비의 복수의 모터들 각각에 대한 전력 리미트(power limit)를 계산하는 VMS; 및 상기 VMS로부터 상기 드릴링 장비의 복수의 모터들 각각에 대한 전력 리미트를 수신하고, 작업자로부터 상기 드릴링 장비에 대한 명령을 입력받아, 상기 수신된 전력 리미트 및 상기 입력된 명령에 따라 전력 제한 신호를 VFD로 전송하는 드릴링 장비 제어기를 포함하는 해양플랜트의 전력 제어 장치가 제공된다.
    • 本发明涉及一种用于海上工厂的功率控制装置和方法,其中船舶监视和控制系统(VMS)计算功率限制并将其发送到DCS。 根据本发明的实施例的用于海上工厂的电力控制装置包括VMS,其通过当前发电量和当前功率消耗来计算钻井设备中的多个电动机中的每一个的功率极限 在海上工厂 以及钻孔设备控制器,其从所述VMS接收所述钻孔设备中的所述多个电动机中的每一个的功率极限,从工作人员接收关于所述钻井设备的命令的输入,并向VFD发送功率限制信号 基于接收功率限制和输入命令。
    • 7. 发明申请
    • A METHOD AND SYSTEM FOR MONITORING QUALITY OF BALLAST WATER OF A VESSEL
    • 一种用于监测船舶沉积物质量的方法和系统
    • WO2014076171A1
    • 2014-05-22
    • PCT/EP2013/073802
    • 2013-11-14
    • LITEHAUZ APS
    • STUER-LAURIDSEN, Frank
    • B63J4/00H04Q9/02B63J99/00C02F103/00
    • G01N33/18B63B2203/00B63J4/002B63J99/00B63J2099/006C02F2103/008C02F2209/008C02F2209/02C02F2209/105C02F2209/36Y02A90/40Y02T70/36
    • The present invention relates to a system for monitoring quality of ballast water. The system comprises a central data hub comprising a data hub computer adapted for generating a set of acceptance criteria for ballast water quality parameters at one or more geographic positions based upon uploaded ballast water data from on-board computers of at least two vessels. The uploaded ballast water data indicates where, and possibly when, a volume of ballast water was loaded into a ballast water tank of each of the at least two vessels and the respective values of each of the ballast water quality parameters that are measured on each of the volumes of ballast water. The system for monitoring quality of ballast water further comprises at least two vessels, such as ships, each vessel comprising an on-board ballast water system comprises an on-board computer with a monitor, a data logger, a data storage for storage of a set of acceptance criteria for a number of the ballast water quality parameters corresponding to a geographical position and at least one geographical position. The on-board ballast water system further comprises detection means adapted for logging into the data logger the geographical position where the volume of ballast water is loaded into the ballast water tank and a number of ballast water quality sensors each being adapted for measuring at least one of the ballast water quality parameters of the ballast water in the ballast water piping or in ballast water tank. The on-board ballast water system is further adapted for logging ballast water data comprising a value of each of the ballast water quality parameters into the data logger and the on-board computer being further adapted for downloading the set of acceptance criteria from the central data hub and up- loading the ballast water data and the corresponding geographical position to the central data hub. The on-board computer is adapted to perform a comparison of the values of the ballast water quality parameters with corresponding acceptance criteria corresponding to said geographical position, and to display information on the monitor depending on said comparison.
    • 本发明涉及一种用于监控压载水质量的系统。 该系统包括中央数据集线器,其包括数据集线器计算机,该数据集线器计算机适于基于来自至少两个容器的车载计算机的上传的压载水数据,在一个或多个地理位置处生成压载水质量参数的一组验收标准。 上传的压载水数据表示在至少两个容器中的每一个的压载水箱中装载一定体积的压载水的地点以及可能的时间,以及每个压载水质量参数的各自的值 压载水量。 用于监控压载水质量的系统还包括至少两艘船舶,例如船舶,每艘船包括一个车载压载水系统,包括一台带有监视器的车载计算机,一个数据记录器,一个用于存储一个 一些对应于地理位置和至少一个地理位置的压载水质量参数的验收标准。 车载压载水系统还包括检测装置,其适于登录到数据记录器中的压载水体积被装载到压载水箱中的地理位置,以及多个压载水质量传感器,每个压载水质量传感器适于测量至少一个 压载水管道或压载水箱中压载水的压载水质量参数。 车载压载水系统还适用于将包括每个压载水质量参数的值的压载水数据记录到数据记录器中,并且车载计算机进一步适于从中央数据下载一组验收标准 将压载水数据和相应的地理位置上传到中央数据中心。 车载计算机适于执行压载水质量参数的值与对应于所述地理位置的对应接收标准的比较,并且根据所述比较显示监视器上的信息。
    • 10. 发明申请
    • BOIL-OFF GAS TREATMENT APPARATUS FOR ELECTRIC-PROPELLED LNG CARRIER HAVING RE-LIQUEFACTION FUNCTION AND METHOD THEREOF
    • 具有再液化功能的电动LNG运输车用燃气处理装置及其方法
    • WO2010101356A3
    • 2010-10-28
    • PCT/KR2010000648
    • 2010-02-03
    • STX OFFSHORE & SHIPBUILDING COLEE JAE IKKIM CHEOL HOSHIN JAE WOONGKIM HO GYEONGCHOI YOUNG DAL
    • LEE JAE IKKIM CHEOL HOSHIN JAE WOONGKIM HO GYEONGCHOI YOUNG DAL
    • B63H21/20B63B25/08B63H21/12
    • B63J99/00B63J2099/001Y02T70/5218
    • The present invention relates to a boil-off gas treatment apparatus for an electric-propelled LNG carrier having a re-liquefaction function and a method thereof comprising: a boil-off gas cooler (10) which receives natural boil-off gas (N-BOG) produced in an LNG cargo tank and cools the gas through heat exchange with a coolant, a gas compressor (20) which receives the cooled N-BOG from the boil-off gas cooler (10) and compresses the gas to a pressure suitable for use in a DFDE (Duel Fuel Diesel Electric) propelled engine (3), an engine feed gas cooler (30) which cools the N-BOG, whose temperature has risen passing through the gas compressor (20), to a temperature suitable for use in the DFDE propelled engine (3) and supplies the cooled gas to the DFDE propelled engine (3), and a re-liquefaction heat exchanger (50) which receives the extra N-BOG unused in the DFDE propelled engine (3) from the downstream of the engine feed gas cooler (30) and supplies the gas to the LNG cargo tank after cooling and re-liquefying through heat exchange with a coolant. The present invention re-liquefies the extra gas unused for propulsion as well as using the natural boil-off gas produced in the LNG cargo tank as a drive source for propelling a vessel, thereby minimizing the waste of N-BOG.
    • 本发明涉及一种具有再液化功能的电动LNG运输船的蒸发气处理装置及其方法,该方法包括:蒸发气体冷却器(10),其接收天然蒸发气体(N- BOG),并且通过与冷却剂进行热交换来冷却气体,气体压缩机(20)从蒸发气体冷却器(10)接收冷却的N-BOG,并将气体压缩至合适的压力 用于DFDE(Duel Fuel Diesel Electric)推进发动机(3)的发动机进料气体冷却器(30),其冷却通过气体压缩机(20)的温度升高的N-BOG到适于 在DFDE推进发动机(3)中使用并将冷却的气体供应到DFDE推进发动机(3),以及再次液化热交换器(50),其接收DFDE推进发动机(3)中未使用的额外N-BOG 在发动机进料气体冷却器(30)的下游,并且之后将气体供应到LNG货舱 通过与冷却剂的热交换来冷却和再液化。 本发明重新液化未用于推进的额外气体以及使用在LNG货舱中产生的天然蒸发气体作为推动船只的驱动源,从而最小化N-BOG的浪费。