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    • 1. 发明申请
    • GUIDE APPARATUS FOR MOVING SUPPORTS FOR SENSORS AND THE LIKE OF SUBMARINES
    • 指导装置用于传感器和类似传感器的支持
    • US20100058969A1
    • 2010-03-11
    • US12312045
    • 2007-10-22
    • Daniele Maria Bertin
    • Daniele Maria Bertin
    • B63G8/38
    • B63G8/38B63G8/06
    • A guide apparatus for supports (20) for sensors (30) able to move by translation in fixed guides (10) integral with the sail (Ia) of submarines (1) and the like upon activation of an actuator (40), where the fixed guide (10) has a polygonal cross-section, at each vertex (10b) of the guide (10) there being at least one structure with the shape of a prism (11) extending in the vertical direction (Z-Z) along the entire body of the guide, the prismatic elements (11) extending towards the inside of the guide (10) in such a way as to form at least two sliding surfaces (12) for corresponding sliding blocks (22) belonging to the tube (20) to be moved by translation.
    • 一种用于传感器(30)的引导装置,其能够在致动器(40)启动时能够通过平移在与潜艇(1)的帆(1a)一体的固定导向装置中移动, 固定引导件(10)具有多边形横截面,在引导件(10)的每个顶点(10b)处具有至少一个沿垂直方向(ZZ)延伸的棱镜形状的结构, 引导件的主体,棱镜元件(11)以对于属于管(20)的相应滑块(22)形成至少两个滑动表面(12)的方式朝向引导件(10)的内部延伸, 被翻译移动。
    • 2. 发明授权
    • Submarine mast fairing bearing configuration
    • 海底桅杆整流罩轴承配置
    • US5279247A
    • 1994-01-18
    • US723125
    • 1991-06-28
    • Gus F. Plangetis
    • Gus F. Plangetis
    • B63G8/06F16C29/02F16C33/20F16C33/74B63G8/04
    • F16C33/20B63G8/06F16C29/02
    • Bearing apparatus for submarine mast fairing or other cylindroid member, turing at least one stave bearing which is made an integral part of the fairing or other cylindroid member and which is tangentially and supportively engaged by a complementary structural bearing which is coupled with the submarine sail or other supporting structure. Utilization of the stave bearing surface rather than the cylindroid member surface in the bearing engagement permits utilization of superior materials for the mating elements and consequent improvement in wear, noise and maintenance characteristics of the bearing assembly. For some embodiments an adjustable housing for the complementary bearing allows for wear of the stave bearing and complementary bearing by providing adjustability of the clearance distance at the interface between these two mating elements. Additional structural support can be provided by one or more bushings, molds and/or other reinforcement members. At the same time, this invention offers requisite camouflage capabilities in terms of coloration for many submarine applications.
    • 用于海底桅杆整流罩或其他圆柱形构件的轴承装置,其特征在于至少有一个壁板轴承,其构成整流罩或其它圆柱形构件的一体部分,并且与互补结构轴承切向和支撑地接合,所述互补结构轴承与潜艇帆 其他配套结构。 在轴承接合中使用斜面轴承表面而不是圆柱形构件表面允许利用用于配合元件的优质材料,从而改善轴承组件的磨损,噪声和维护特性。 对于一些实施例,用于互补轴承的可调节壳体允许通过提供在这两个配合元件之间的界面处的间隙距离的可调节性来进行斜面轴承和互补轴承的磨损。 另外的结构支撑可以由一个或多个衬套,模具和/或其他加强构件提供。 同时,本发明在许多潜艇应用的着色方面提供必要的伪装能力。
    • 7. 发明申请
    • MARINE SUBSURFACE DATA CENTER VESSEL
    • 海洋表面数据中心船
    • US20150321739A1
    • 2015-11-12
    • US14272656
    • 2014-05-08
    • Aquantis, Inc.
    • James G.P. Dehlsen
    • B63G8/00F25D1/02B63G8/18B63G8/36B63G8/06B63B21/50
    • B63G8/001B63B21/50B63G8/06B63G8/14B63G8/18B63G8/36F25D1/02
    • The present invention provides a submersible data center vessel that is towed to its operating site, moored to anchors on the ocean floor and connected to an appropriate power generating system. The vessel is then submerged to its recommended operating depth while preferably still allowing air exchange and service crew access to the vessel interior. In the event of extreme weather/sea conditions, the vessel can be submerged deeper for the duration of the extreme conditions and out of range of harmful wind and wave forces. The subsurface vessel is preferably powered by a renewable energy source such as, but not limited to marine hydrokinetic energy provided by wave, tidal, or marine current electric generators and/or offshore wind turbines. Alternatively, an onshore electric power grid supplies a portion or all of the electric power by submarine cable to the vessel. The computer servers housed within the vessel are cooled by heat exchangers drawing from cool ocean water, and continue to operate irrespective of weather and sea conditions on the surface.
    • 本发明提供了一种潜水式数据中心船,其被牵引到其操作现场,停泊在海底上的锚定件上,并连接到适当的发电系统。 然后将船舶淹没到其推荐的操作深度,同时优选地还允许空气交换和维修人员进入船内。 在极端天气/海况的情况下,船只在极端条件持续时间内可能会更深一些,有害风浪和波浪力超出范围。 地下船舶优选地由可再生能源供电,例如但不限于由波浪,潮汐或海洋电流发电机和/或海上风力涡轮机提供的海洋水动力。 或者,陆上电力网通过海底电缆将一部分或全部电力提供给容器。 容纳在容器内的计算机服务器通过从凉爽的海洋水中抽取的热交换器来冷却,并且不管天气和海况如何,继续运行。
    • 8. 发明授权
    • Lifting apparatus for submarine-atmospheric interface devices and submarine comprising the lifting apparatus
    • 用于海底 - 大气界面装置的升降装置和包括提升装置的潜艇
    • US08960118B2
    • 2015-02-24
    • US13830577
    • 2013-03-14
    • Calzoni S.r.l.
    • Vittorio Stella
    • B63G8/04B63G8/06B63G8/00F16M13/02B63G8/38
    • B63G8/06B63G8/00B63G8/38F16M13/022
    • A lifting apparatus for devices used for detection, observation, air intake or communication on a submarine comprises a first movable mounting unit and a second movable mounting unit equipped at the top of them with at least one detection or communication device and at least one actuator associated with the first movable mounting unit and/or with the second movable mounting unit to move them along a main direction of movement. The apparatus further comprises a supporting member extending along the main direction and interposed between the first movable mounting unit and the second movable mounting unit and also having a pair of guides, each extending along the main direction and slidably coupled to a respective movable mounting unit to guide its movement along the selfsame main direction.
    • 用于在潜艇上进行检测,观察,进气或通信的装置的提升装置包括第一可移动安装单元和第二可移动安装单元,该第一可移动安装单元和第二可移动安装单元在其顶部配备有至少一个检测或通信装置,以及至少一个致动器 与第一可移动安装单元和/或与第二可移动安装单元一起沿主运动方向移动它们。 该装置还包括沿着主方向延伸并且插入在第一可移动安装单元和第二可移动安装单元之间的支撑构件,并且还具有一对导向件,每个导向件沿着主方向延伸并可滑动地联接到相应的可移动安装单元 引导其沿着同一主要方向的运动。