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    • 2. 发明申请
    • Vessel Hull
    • 船壳
    • US20070266922A1
    • 2007-11-22
    • US11835951
    • 2007-08-08
    • ANTHONY KALIL
    • ANTHONY KALIL
    • B63B3/02B63B1/32
    • B63B1/20B63B1/18B63B1/34B63B1/38B63B39/06B63B2001/186B63B2001/201Y02T70/121Y02T70/122
    • A vessel hull having a pair of vents formed in the chine on each side for allowing air to be introduced to the bottom and a pair of downwardly extending fins formed longitudinally along the chine adjacent to each vent. Each vent can be formed by a recess in the chine dividing the chine into a forward portion and an aft portion. Each fin is preferably formed longitudinally along the aft portion of the chine and extends below the waterline. The fins counterbalance the removal of a portion of the chine to vent the bottom and increase stability during turns. The hull preferably also includes a pair of chine extensions projecting aft of the transom on each side for reducing or eliminating side-to-side oscillation of the stern when the hull is propelled through the water at slow speeds.
    • 一个容器船体,每侧有一对通气口,用于允许空气被引入到底部;一对向下延伸的翅片沿邻近每个通风口的脊线纵向形成。 每个排气口可以由将河中的凹槽分成前部和后部的凹槽形成。 每个翅片优选地沿着河流的后部纵向地形成并且在水线下方延伸。 散热片抵消了一部分切口以排出底部并提高了转弯期间的稳定性。 船体优选地还包括一对延伸部,其在每个侧面上突出艉板后部,用于在船体以低速被推进水时减小或消除船尾的侧面振荡。
    • 3. 发明授权
    • Navy pontoon locking system
    • 海军浮桥锁系统
    • US5606929A
    • 1997-03-04
    • US687097
    • 1996-07-08
    • Tsongshih Huang
    • Tsongshih Huang
    • B63B35/38B63B3/02
    • B63B35/38
    • Accordingly, the preferred embodiment of the present invention includes ft and second pontoons; a plurality of removable connector modules located in pockets on each end of the pontoons for absorbing impacts and for locking together joined pontoons; a plurality of retractable, resilient alignment pins located in the ends of the pontoons for initial alignment of the pontoons; and a winch operated bridal line attached to the alignment pins, via guide bores, for drawing together the pontoons in a joined fashion. Each connector module includes, on one end, a compressible locking pin that may be slidably located in the extended position (for joining and locking together with another pontoon) or in the retracted position (for storage). The other end of the connector module includes a receiver bore for receiving the locking pin of a mating pontoon. The removable connector modules may be installed in a "regular" fashion, with the locking pin adjacent the deck of the pontoon or in the "inverted" fashion, with the locking pin adjacent the sea surface. Once joined together, two pontoons are locked together via the locking pins. The locking pins also may compress to absorb impacts from a mating pontoons due to misalignment of the pontoons in rough, undulating seas. The alignment pins are resilient to initially guide and absorb forces between bumping pontoons as the pontoons are drawn together. Several pontoons may be joined, in succession, to form an array of pontoons of desired length by repositioning the bridal line to attach to the next pontoon to be joined. Pontoons may also be joined, for example, at the side to form other combinations of structures.
    • 因此,本发明的优选实施例包括第一和第二浮筒; 多个可拆卸连接器模块,位于浮筒每端的凹槽中,用于吸收冲击并将连接的浮筒锁定在一起; 多个可伸缩的弹性定位销,位于浮筒的端部,用于浮筒的初始对准; 以及通过引导孔连接到对准销的绞盘操作的新娘线,用于以连接的方式将浮筒一起拉制。 每个连接器模块的一端包括可压缩锁定销,其可以可滑动地位于延伸位置(用于与另一个浮筒连接和锁定)或处于缩回位置(用于存储)。 连接器模块的另一端包括用于接收配合浮筒的锁定销的接收器孔。 可移动连接器模块可以以“规则”的方式安装,其中锁定销邻近浮筒的甲板或以“倒置”的方式安装,锁定销邻近海面。 一旦连接在一起,两个浮筒通过锁定销锁定在一起。 锁定销还可以压缩以吸收来自配合的浮筒的冲击,这是由于浮动体在粗糙起伏的海洋中的不对准。 当浮筒被拉在一起时,对准销是弹性的,以最初引导和吸收冲击浮筒之间的力。 可以连续地连接几个浮筒,以通过将新娘线重新定位以附接到要连接的下一个浮筒来形成所需长度的一系列浮筒。 浮筒也可以例如在侧面连接以形成结构的其它组合。
    • 6. 发明授权
    • Interchangeable mounting system for weapon/navigational units, etc., on
ship-decks
    • 船上甲板上的武器/导航装置等的可互换安装系统
    • US4579073A
    • 1986-04-01
    • US621136
    • 1984-06-15
    • Karl-Otto SadlerWilly Schmidt
    • Karl-Otto SadlerWilly Schmidt
    • B63B3/08B63B3/02
    • B63B3/08
    • Rectangular base mounting-platform structures for removable combat-equipment, for example, guns and other support units like radar which are mounted on rectangular openings on a ship-deck, are provided with interchangeability. In order to achieve interchangeability of units which have mounting-platform structures of unequal size, the platform rectangular dimensions as well as the dimensions of the corresponding rectangular openings are so designed that the base length of the smallest unit is made equal to the width of the next bigger rectangle and so forth; in order to mount the smallest rectangular base on the immediate next larger rectangular opening, the length of the smallest rectangular base is aligned with the width of the larger opening; mounting is so done as to leave an open space towards only one side, leaving only one longer side of the smallest rectangular base unsupported within the area of the mounting opening. The unsupported side is supported by a beam running under the mounting opening, which beam transfers the load to other structure which reinforces the rectangular opening. An area of the rectangular opening which is thus left uncovered is covered by a suitable covering member. The mounting of the rectangular base structure, and the covering member, as well as the ends of the beam, are provided with sealing members to render the platform-structure impervious. Three consecutive rectangular sizes are preferred wherein the width of a rectangle is the same as the length of the immediate smaller rectangle.
    • 矩形基座安装平台结构,用于可拆卸的作战设备,例如枪和其他支撑单元,如雷达,安装在船甲板上的矩形开口上,具有互换性。 为了实现具有不等尺寸的安装平台结构的单元的可互换性,平台矩形尺寸以及对应的矩形开口的尺寸被设计成使得最小单元的基部长度等于 下一个更大的矩形等等; 为了将最小的矩形基座安装在紧邻的较大矩形开口上,最小矩形基座的长度与较大开口的宽度对齐; 安装是如此完成,以仅向一侧留出开放空间,仅留下最小矩形基座的一个更长的侧面在安装开口的区域内不被支撑。 不受支撑的一侧由安装开口下方的梁支撑,该梁将负载传递到加强矩形开口的其他结构。 未被覆盖的矩形开口的区域由合适的覆盖构件覆盖。 矩形基座结构和覆盖构件以及梁的端部的安装设置有密封构件以使平台结构不可渗透。 优选三个连续的矩形尺寸,其中矩形的宽度与立即较小矩形的长度相同。
    • 8. 发明授权
    • Building equipment for ships' hulls
    • 船舶建筑设备{3 {0船体
    • US3951088A
    • 1976-04-20
    • US580706
    • 1975-05-27
    • Akio HikaiKazuo Nishikawa
    • Akio HikaiKazuo Nishikawa
    • B63B9/06B63C1/08B63B3/02
    • B63C1/08B63B9/06
    • Building equipment for a hull comprising a hull joining stage having a bottom surface level flush with the ground level of the site; a stern building stage having a bottom surface level flush with that of the hull joining stage, provided at a longitudinal end of the hull joining stage so as to be adjacent thereto through a gate; a bow and parallel body building stage having a bottom surface level flush with that of the hull joining stage, provided at the other longitudinal end of the hull joining stage so as to be adjacent thereto through another gate; a pond having a bottom surface lower than that of the hull joining stage, provided longitudinally in parallel with and adjacent to the hull joining stage on the water side, a longitudinal end of the pond being open to a body of water through still another gate; cranes travelling linearly along the hull joining stage, the stern building stage and the bow and parallel body building stage; and partition walls higher than the ground level and the level of the body of water, comprehensively enclosing the hull joining stage and the pond in water-tight manner in conjunction with the three gates. The building equipment for a hull covers also a combination comprising the bow and parallel body building stage divided into two parts, namely: a bow building stage and a parallel body building stage.
    • 一种用于船体的建筑设备,其包括具有与地面的地平面齐平的底面水平面的船体接合台; 具有与船体接合台的底面齐平的严格的建筑阶段,设置在船体接合台的纵向端,以便通过门与其相邻; 具有与船体接合台的底面齐平的弓形平行体构造台,设置在船体接合台的另一纵向端部,以便通过另一个闸门与其相邻; 具有低于船体接合台的底面的池塘,其设置在水侧上与船体接合台并行并相邻并且与船侧接合台相邻,池的纵向端部通过另一个闸门向水体体开放; 起重机沿着船体接合阶段,船尾建筑阶段和弓和平行体建筑阶段线性行进; 隔墙高于地面水位和水体水平,全面围绕船体连接阶段和池塘水密连接三座门。 船体的建筑设备还包括弓和平行体建筑阶段的组合,分为两部分:弓形建筑阶段和平行体建筑阶段。
    • 9. 发明授权
    • Method for the construction of floating units of great dimensions
    • 构建大尺度浮选单元的方法
    • US3797438A
    • 1974-03-19
    • US3797438D
    • 1971-06-11
    • HIJOS DE J BARRERAS SA
    • FAYTEN J
    • B63B9/06B63B3/02
    • B63B9/065B63B1/107
    • Method for constructing large floating units, like drilling rigs, comprising forming upright support columns on floating units and floating the floating units to a mounting site; ballasting the floating units with the upright columns thereon to temporarily submerge the units until only the tops of the columns are exposed; forming a rig carrying platform supported on floatable parallelepipedic bodies and floating the platform and bodies to the columns until the platform is over the submerged columns; deballasting the columns and floating units to cause the columns to rise into engagement with the platform and joining the columns and platform.
    • 用于构造诸如钻机的大浮动单元的方法,包括在浮动单元上形成竖直支撑柱并将浮动单元浮动到安装位置; 将具有竖立柱的浮动单元压载在其上以暂时淹没单元,直到只有柱顶部露出; 形成支撑在可浮动平行六面体上的钻台承载平台,将平台和主体浮动到柱体上,直到平台在淹没柱上方; 对柱和浮动单元进行拆除,使柱与平台进行接合并连接柱和平台。