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    • 5. 发明申请
    • APPARATUS AND METHOD TO OPTIMIZE SAILING EFFICIENCY
    • 优化提升效率的装置和方法
    • WO2008112513A1
    • 2008-09-18
    • PCT/US2008/056131
    • 2008-03-07
    • HIGH BAR HORIZONS, LLCHOFBAUER, Thomas
    • HOFBAUER, Thomas
    • B63B41/00B63B3/44
    • B63B41/00B63B1/286B63B39/06G05D1/0875
    • This invention provides improvements in the efficiency of a sailing vessel throught the use of flaps, hydrofoils, or members on the keel of a sailing vessel. One or more are positioned at the top, or root of the keel of the vessel, which primarily generate a force in the windward direction to provide a counter-leeward drift force. One or more are located at the bottom, or tip of the keel of the vessel, which primarily generate a force in the leeward direction to provide a counter-heeling moment. Among other benefits, operation of these flaps, hydrofoils, or members during sailing increases the vessel's efficiency, in particular it's velocity made good. Further, since they are mounted on one appendage, sailing vessels of a rudder and keel design can be equipped with counter leeward-drift and counter-heeling attributes without the need for additional appendages.
    • 本发明通过使用在帆船的龙骨上的襟翼,水翼或构件来提供帆船的效率的改进。 一个或多个位于容器的龙骨的顶部或根部处,其主要在向上的方向上产生力以提供反背风漂移力。 一个或多个位于船的龙骨的底部或尖端处,其主要在背风方向上产生力以提供反倾斜力矩。 除了其他好处之外,这些襟翼,水翼或船员在航行过程中的操作会增加船舶的效率,特别是其速度变好。 此外,由于它们安装在一个附件上,方向舵和龙骨设计的帆船可以配备反倾角漂移和反倾斜属性,而不需要附加附件。
    • 10. 发明申请
    • HIGH SPEED SHIP
    • 高速船
    • WO01079057A1
    • 2001-10-25
    • PCT/RU2001/000131
    • 2001-04-02
    • B63B1/18B63B1/26B63B1/28
    • B63B1/18B63B1/286B63B2001/183B63H2011/008
    • The invention relates to shipbuilding and to the construction design of speed ships moving in a transition regime at a most optimum speed (Froud number with respect to displacement ranges from 1.0 to 3). The inventive speed ship comprises a hull with a keelbuilt bottom and active pullout elements controlling lifting force. In the aft part, the ship is fitted with projecting bearing parts having a blunt rear edge. The lower surface of each projecting bearing part is arranged on both sides of a keel and on a plane with the adjacent bottom surface forming at the deadrise angle therewith of up to 15 DEG . The length of the projecting bearing parts ranges from 0.1 to 0.5 of the ship hull length and the thickness thereof decreases away from the stern to the rostrum. The ratio of the ship's beam fitted with the projecting bearing parts to the beam of the hull ranges from 1.2 to 2.5. The active elements controlling lifting force are arranged directly behind the blunt rear edge of the projecting bearing parts. Submerged wings with a surface ranging from 3 to 20 % of a waterline area can be arranged in the forebody, in the middle and in the aft end of the ship. Said wings can be fixed directly to the ship's hull or by means of a central pillar (T-wing).
    • 本发明涉及造船和以最佳速度在过渡状态下移动的速度船的构造设计(相对于位移范围为1.0至3的弗罗批号)。 本发明的速度船包括具有龙骨底部的船体和控制提升力的主动拉出元件。 在船尾部分,船舶上安装有具有钝的后缘的突出的轴承部件。 每个突出轴承部分的下表面布置在龙骨的两侧,并且在相邻的底部表面形成与其高度相差15度的平面上。 突出轴承部件的长度范围为船体长度的0.1至0.5,其厚度从船尾延伸到主讲台。 装配有突出轴承部件的船舶梁与船体梁的比例范围为1.2至2.5。 控制提升力的活动元件直接布置在突出的轴承部分的钝的后边缘的后面。 水面面积从3%到20%的淹没翼可以排列在船体的中部和后端。 所述翼可以直接固定在船体上,也可以通过中央支柱(T翼)固定。