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    • 1. 发明申请
    • Bodyboard
    • 车身板
    • US20080194161A1
    • 2008-08-14
    • US11705487
    • 2007-02-12
    • Henkel Lin
    • Henkel Lin
    • B63B1/02
    • B63B35/7906
    • A bodyboard has a body and a coat assembly. The coat assembly is completely mounted around the body and has a base, an elastic coat, a zipper and a cavity. The elastic coat is mounted outside the base and has an opening. The zipper is mounted on the opening in the elastic coat. The cavity is formed between the base and the elastic coat for receiving the body. Because the coat assembly has the zipper, the coat assembly could be detached from the body and changed or cleaned easily.
    • 身体板有一个身体和一个外套组件。 涂层组件完全安装在主体周围,并具有基部,弹性涂层,拉链和空腔。 弹性涂层安装在基座外部并具有开口。 拉链安装在弹性外套的开口处。 空腔形成在基座和弹性涂层之间,用于接纳身体。 由于涂层组件具有拉链,涂层组件可以从主体分离并且容易地改变或清洁。
    • 4. 发明授权
    • Stabilizing apparatus for a craft
    • 工艺稳定装置
    • US4538538A
    • 1985-09-03
    • US348367
    • 1982-02-12
    • Claude Carbonel
    • Claude Carbonel
    • B63B1/02B63B1/18B63B43/06
    • B63B1/18B63B1/02
    • A craft having a stabilizing device including a triangular, substantially flat, base floor having a bottom on which the craft floats when at rest and forming the top of the stabilizing device, and a V-shaped hull with sides connected to the flat base floor and extending below the bottom of the floor to form the sides of the stabilizing device, with the flat base floor bottom extending from one side to the other side of the V-shaped hull to define a space which extends completely across the bottom of the floor and is fully open at the rear of the craft so that the space is substantially filled with water when the craft is at rest.
    • 一种具有稳定装置的工艺,该稳定装置包括具有底部的三角形,基本上平坦的底座,当静止并形成稳定装置的顶部时,工艺漂浮在其上;以及具有连接到平底座的侧面的V形船体, 延伸到地板底部以形成稳定装置的侧面,其中平底座底部底部从V形船体的一侧延伸到另一侧,以限定完全延伸穿过地板底部的空间, 在工艺的后部完全打开,使得当工艺静止时,空间基本上充满水。
    • 5. 发明授权
    • Articulated hull construction
    • 铰接船体结构
    • US4050395A
    • 1977-09-27
    • US671364
    • 1976-03-29
    • Thomas M. Anderson
    • Thomas M. Anderson
    • B63B1/02B63B3/02
    • B63B3/02B63B1/02
    • A boat hull is provided including fore and aft hull sections pivotally interconnected for relative angular displacement of said sections about a horizontal transverse axis between predetermined limits. Connecting structure is provided and interconnected between the sections and adjustably yieldingly resists relative angular displacement of the hull sections. In addition, the connecting structure is operative to adjustably vertically position the axis of relative oscillation of the sections relative to the fore section and the fore and aft sections include generally longitudinally straight adjacent bottom surface portions with the bottom surface portion of the aft section being spaced above the level of the bottom surface portion of the fore section, even when the axis of relative oscillation of the sections is adjusted to its lowest position relative to the fore section.
    • 提供船体,其包括前后船体部分,其枢转地互连,用于在预定限度之间围绕水平横向轴线相对于所述部分的角位移。 连接结构在两个部分之间提供并互连,可调节地抵抗船体部分的相对角位移。 此外,连接结构可操作地可调节地垂直地定位相对于前部的部分的相对振动的轴线,并且前后部分包括大致纵向直的相邻的底表面部分,其中后部的底表面部分间隔开 即使当各部分的相对振动的轴线相对于前部部分被调节到其最低位置时,也在前部的底面部分的高度的上方。
    • 10. 发明申请
    • VESSEL HULL CONFIGURATION
    • 船体配置
    • US20160129973A1
    • 2016-05-12
    • US14996736
    • 2016-01-15
    • AUSTAL SHIPS PTY LTD.
    • Neville Anthony ARMSTRONG
    • B63B9/08B63B35/54B63B1/02
    • B63B9/08B63B1/02B63B1/125B63B35/54
    • A vessel (10) comprising a hull (15) having a the Longitudinal Centre of Flotation (LCF) at the design load waterline (25) at rest with a value of less than about 35% of the vessel waterline length measured from the aftermost point (19) of the vessel waterline. The design vessel speed at design load waterline is at or above Froude Number of 0.45. The hull (15) has a length-to-beam ratio on the design waterline of greater than about 8.0. The Longitudinal Centre of Buoyancy (LCB) is between about 30% and 45% of the vessel waterline length measured from the aftermost point (19) of the vessel waterline (25). In one arrangement, the vessel (10) may comprise a single hull vessel. In another arrangement, the vessel (10) may comprise a multi-hulled vessel.
    • 一种容器(10),包括在设计负荷水线(25)处具有垂直纵向中心浮选(LCF)的船体(15),其休息时间小于从最后点测量的血管水线长度的约35% (19)。 设计负荷水线上的设计容器速度等于或高于弗劳德数0.45。 船体(15)在设计水线上的长度与梁的比例大于约8.0。 垂直纵向浮力中心(LCB)是从船只水线(25)的最后点(19)测量的船舶水线长度的约30%至45%。 在一种布置中,容器(10)可以包括单个船体容器。 在另一种布置中,容器(10)可以包括多壳体容器。