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    • 1. 发明申请
    • GAS EXPANSION TRUNK FOR MARINE VESSELS
    • 用于海洋船只的气体膨胀箱
    • WO2005009876A2
    • 2005-02-03
    • PCT/US2004/023122
    • 2004-07-16
    • SAUDI ARABIAN OIL COMPANYARAMCO SERVICES COMPANYHALL, IanSCOTT, Thomas, J.
    • HALL, IanSCOTT, Thomas, J.
    • B65G
    • B63B25/08B63B25/12B63B25/14
    • A liquid cargo carrying maritime vessel including a plurality of liquid cargo carrying tanks and a plurality of gas expansion trunks wherein each gas expansion trunk is above, associated with, and in fluid communication with a respective tank therebelow, via slotted apertures in the deck. Each gas expansion trunk is fixedly positioned on a portion of a deck of the vessel above the associated tank and in fluid/tight relationship with the deck over a periphery of the trunk which encloses the totality of slotted apertures in the deck. Depending on the attributes of the ship, the expansion trunk is preferably located directly above the tank and at the highest point available of the tank and as far forward on the tank as possible. Alternatively, and depending upon obstructive constraints and vessel conditions, the trunk may be placed in other locations such as aftmost on the tank or inbetween. Gas expansion trunks are suitable for being retrofitted onto existing ships or integrated into the configuration of new ships.
    • 液货运载海运船包括多个液体货物运载箱和多个气体膨胀主干,其中每个气体膨胀主体在其下方的相应的槽上方,与其相关联并且与其流体连通, 通过甲板上的开槽孔。 每个气体膨胀主体固定地位于相关联的罐上方的容器的甲板的一部分上,并且在围绕甲板上的所有开槽孔的躯干外围上与甲板流体/紧密关系。 根据船舶的属性,膨胀主管最好位于油箱正上方,油箱最高点和油箱尽可能远的位置。 或者,取决于阻塞性约束和船只条件,躯干可以放置在其他位置,例如箱体的最后部或其间。 气体膨胀箱适用于现有船舶的改装,或者集成到新船的配置中。
    • 4. 发明申请
    • GAS EXPANSION TRUNK FOR MARINE VESSELS
    • 海运船用气体膨胀机
    • WO2005009876A3
    • 2005-08-04
    • PCT/US2004023122
    • 2004-07-16
    • SAUDI ARABIAN OIL COARAMCO SERVICES COHALL IANSCOTT THOMAS J
    • HALL IANSCOTT THOMAS J
    • B63B25/08B63B25/12B65G20060101
    • B63B25/08B63B25/12B63B25/14
    • A liquid cargo carrying maritime vessel including a plurality of liquid cargo carrying tanks and a plurality of gas expansion trunks wherein each gas expansion trunk is above, associated with, and in fluid communication with a respective tank therebelow, via slotted apertures in the deck. Each gas expansion trunk is fixedly positioned on a portion of a deck of the vessel above the associated tank and in fluid/tight relationship with the deck over a periphery of the trunk which encloses the totality of slotted apertures in the deck. Depending on the attributes of the ship, the expansion trunk is preferably located directly above the tank and at the highest point available of the tank and as far forward on the tank as possible. Alternatively, and depending upon obstructive constraints and vessel conditions, the trunk may be placed in other locations such as aftmost on the tank or inbetween. Gas expansion trunks are suitable for being retrofitted onto existing ships or integrated into the configuration of new ships.
    • 包括多个液体货物运输箱和多个气体膨胀干线的液体货物运输海运船,其中每个气体膨胀干线通过甲板上的开槽孔与其相应的罐相关联并与其相关联并与之流体连通。 每个气体膨胀干线固定地定位在相关罐上方的容器的甲板的一部分上,并且在主体的周边与甲板流体/紧密地关系,其围绕甲板中的整个开槽孔。 根据船舶的属性,膨胀箱优选地位于罐的正上方,并且在罐的最高点处,并尽可能远在罐上。 或者,并且根据阻碍性约束和容器状况,躯干可以放置在其他位置,例如最靠近水箱或其间的位置。 气体膨胀干线适用于改装现有船舶或集成到新船配置中。
    • 5. 发明申请
    • BALLAST EXCHANGE SYSTEM FOR MARINE VESSELS
    • 海运船舶交换系统
    • WO2004039660A2
    • 2004-05-13
    • PCT/US2003/026351
    • 2003-08-22
    • SAUDI ARABIAN OIL COMPANYSCOTT, Thomas, J.
    • SCOTT, Thomas, J.
    • B63B
    • B63B39/03B63B13/00
    • A method for replacing ballast water in a ship's ballast tanks admits seawater through one or more inlet ports in the bow of the ship while the ship is moving through the sea to produce a pressure that is greater than the pressure of the ballast water that is to be replaced as measured at the bottom of the tanks, the incoming seawater being admitted into the bottom portion of the ballast tanks and the displaced water being discharged into the sea from outlet ports located in a top portion of the ballast tanks along the side of the ship. The method permits the frequent exchange of ballast water during transoceanic voyages to eliminate transporting marine organisms and contamination than can cause ecological problems when introduced into distant waters.
    • 一种用于替换船舶压载舱中的压载水的方法,当船舶在海上移动时,通过船的船首中的一个或多个入口允许海水产生比压载水压力大的压力 如坦克底部所测量的那样被更换,进入的海水进入压载舱的底部,并且排水从位于压载舱顶部的出口沿着沿着 船。 该方法允许在跨洋航行期间频繁更换压载水,以消除运输海洋生物和污染物,而不会在引入远处的水域时引起生态问题。