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    • 1. 发明申请
    • SMALL-SIZE FAST CARGO SHIP
    • 小型快速货运
    • WO99064291A1
    • 1999-12-16
    • PCT/RU1998/000268
    • 1998-08-18
    • B63B1/18B63B3/00B63B15/00B63B27/14
    • B63B27/143B63B1/18B63B3/00B63B15/00B63B35/086
    • The present invention pertains to the field of shipbuilding and essentially relates to ships intended for transporting loads, technical equipment, facilities and/or passengers. The purpose of this invention is to reduce the mass of the ship, to simplify the structure thereof, to allow said ship to navigate according to a planing mode with freight on board, and to ease up the loading and unloading operations as well as the embarkation or disembarkation of passengers. To this end, the support structure of the ship is made in the form of a pontoon which has a wedge shape at its longitudinal vertical section and tapers in the aft direction. The engines are arranged in an engine compartment comprising a free space that communicates with the rear portion of the pilot house through a hatchway formed in the deck. The pilot house together with a storeroom and a toilet cabin form a single unit. The ship further includes an access ramp provided in its front portion, wherein the height of the ramp axis can be modified due to the wedge shape of the structure, thus facilitating loading and unloading operations.
    • 本发明涉及造船领域,本质上涉及用于运输货物,技术设备,设施和/或乘客的船舶。 本发明的目的是减少船舶的质量,简化其结构,以允许所述船舶根据船上货物的刨动模式进行导航,并且放宽装载和卸载作业以及登船 或乘客下车。 为此,船舶的支撑结构以浮体的形式制成,在其纵向纵截面处具有楔形并在后方向逐渐变细。 发动机布置在发动机舱中,其包括通过形成在甲板上的舱口与先导室的后部连通的自由空间。 试验室与储藏室和厕所组成一个单元。 船舶还包括设置在其前部的进入坡道,其中斜坡轴线的高度可由于结构的楔形而被改变,从而便于装载和卸载操作。
    • 4. 发明申请
    • METHOD OF PACKING AND TRANSPORTING AN ICEBERG
    • 包装和运输ICEBERG的方法
    • WO2015120528A3
    • 2015-10-08
    • PCT/BY2015000003
    • 2015-04-09
    • KOZLOUSKI ALEKSANDR VASILIEVICH
    • KOZLOUSKI ALEKSANDR VASILIEVICH
    • B65D81/38
    • B63B35/086E03B3/30
    • The invention relates to the field of utilizing non-traditional sources of fresh water, specifically meltwater from the ice of icebergs, and relates to a way of delivering icebergs for producing drinking water. In order to pack and transport an iceberg, a visual inspection of a body of water is carried out, and an iceberg is selected and inspected. The temperature of the iceberg is controlled by packing same into a two-layer flexible casing, the upper layer of the above-water portion of which is provided with hollow channels which permit the closed recirculation of a cooling agent. The iceberg is pre-divided into measured portions in order to produce an ice block of given dimensions and shape. Transportation is carried out by means of a motorized towing unit, which is operatively coupled to the iceberg block. Hydrogen generated from the meltwater of the iceberg is used as fuel. The result is more efficient control of the temperature of the ice of an iceberg, a more efficient packing process, increased transportation safety, reliability, speed and cost effectiveness, and environmental safety.
    • 本发明涉及利用非传统淡水来源,特别是冰山冰融化水的领域,涉及一种提供用于生产饮用水的冰山的方式。 为了包装和运输冰山,对水体进行目视检查,选择并检查冰山。 冰山的温度通过将其包装在双层柔性套管中来控制,其上水部分的上层设置有允许冷却剂的封闭再循环的中空通道。 将冰山预分为测量部分,以产生给定尺寸和形状的冰块。 运输通过可操作地耦合到冰山块的机动牵引单元进行。 使用从冰山融化水产生的氢气作为燃料。 结果是更有效地控制冰山冰的温度,更有效的包装过程,提高运输安全性,可靠性,速度和成本效益以及环境安全。
    • 5. 发明申请
    • FLOATING DOCK FOR MANUFACTURING OF FLOATING PLATFORMS BY ARTIFICIALLY FREEZING OF WATER
    • 通过人工冷冻制造浮选平台的浮动块
    • WO2013182863A1
    • 2013-12-12
    • PCT/HR2013/000014
    • 2013-06-04
    • DEBELJAK, Tomislav
    • DEBELJAK, Tomislav
    • B63B27/36B63B35/08B63C1/02E02B1/02B63B35/00
    • B63B27/36B63B35/003B63B35/086B63C1/02E02B3/062
    • The floating dock for manufacturing floating platforms by artificially freezing water with a surface area which is bordered by the upper, lower and lateral sides in the form of arbitrary geometrical shapes or their combination, and exceptionally large dimensions, which extend over surfaces of a number of tens of thousands of m2, while masses of immense quantities of frozen water and millions of tonnes, consists of a ballast tank (7) which is made of one or multiple pipes which may be round but also any desired cross-section and may be made, first and foremost, of steel but also any other material, whereby with horizontal (9) and vertical (8) latticed rod brackets, which may be made from arbitrary, mutually welded steel profiles. They connect the aforementioned pipes (1 ) which comprise the ballast tank (7), and they additionally strengthen it and at the same time form a type of formwork mould in which it is possible to conduct manufacturing of floating platforms by artificially freezing water. The ballast tank (7) of the floating dock (10), which is made of pipes, may be divided into multiple sections: (7.1 ), (7.2), (7.3) and (7.4) of which each comprises a separate chamber for filling with gaseous or liquid medium of various specific weights in certain ratios in a way that enables the desired, not only submersion and surfacing of the aforementioned dock, but also the required levelling. The unit for the control - management system (10.2) which contains the computer system for operating the compressor system with compressor unit (10.3) which is connected to the aforementioned computer system of the aforementioned control- management unit (10.2) and electrical valves (13.1 ), and other parts of equipment as required, may be located on the shore, and through pipelines compromised gaseous medium according to the defined procedure, which is conducted by the control- management system (10.2), is blown into the pipes which comprise the ballast tank of the aforementioned dock, in which manner the surfacing of the floating dock is enabled.
    • 用于制造浮动平台的浮动平台,人工冷冻水,其表面积以任意几何形状或其组合的形式的上,下和侧边界定,并且具有特别大的尺寸,其在多个 数万平方米,而大量的冷冻水和数百万吨的大量由一个或多个管道制成的压载舱(7),该管道可以是圆形的,但也可以是任何所需的横截面,并且可以制成 首先是钢材,也是其他任何其他材料,其中可以由任意的相互焊接的钢型材制成水平(9)和垂直(8)格子杆支架。 它们连接包括压载舱(7)的上述管道(1),并且它们另外加强它,同时形成一种模板,其中可以通过人为冻结水进行浮动平台的制造。 浮动船坞(10)的由管道制成的压载舱(7)可以分为多个部分:(7.1),(7.2),(7.3)和(7.4),其中每个包括一个单独的室 以一定比例填充各种特定重量的气体或液体介质,以使得能够期望的,不仅仅是上述码头的浸入和表面,而且还需要所需的流平。 控制管理系统(10.2)的单元包含用于操作压缩机系统的计算机系统,该压缩机系统具有连接到上述控制管理单元(10.2)的上述计算机系统的压缩机单元(10.3)和电气阀(13.1 )和所需设备的其他部件可以位于岸上,并且通过由控制管理系统(10.2)进行的根据定义的过程损害气体介质的管道被吹入包括 上述码头的压载舱,以浮动码头的表面方式实现。
    • 9. 发明申请
    • LAUNCH AND RECOVERY DEVICES FOR WATER VEHICLES AND METHODS OF USE
    • 水车辆的启动和恢复装置及其使用方法
    • WO2008140848A3
    • 2009-02-19
    • PCT/US2008054954
    • 2008-02-26
    • PHYSICAL SCIENCES INCKERN FRED ROBERT
    • KERN FRED ROBERT
    • B63B23/30B63B27/22B66C13/02
    • B63B23/30B63B27/143B63B27/22B63B27/36B63B35/086B65G13/04B65G13/11B65G15/52B65G17/064B65G2207/42B66C13/02
    • An embodiment of a launch/recovery device for both surface and underwater vehicles includes a plurality of driven wet-traction members (55) arranged to form a low drag (e.g., water flow-through) ramp design. The wet-traction members provide traction even when wet between the water vehicle and the launch/recovery device. As a result of utilizing driven wet-traction members, the use of conventional hoists, special capture devices such as hooks and tow lines, and personnel located within the water to attach the capture devices to the water vehicle is eliminated. The wet-traction members provide both strength and flexibility to the launch/recovery device. That is, while the wet-traction members are strong enough to support the weight of the water vehicle, they are at the same time flexible enough to deflect a distance to accommodate a soft landing of the water vehicle on the ramp, while providing recovery forces and motion.
    • 用于表面和水下车辆的发射/恢复装置的一个实施例包括被布置成形成低阻力(例如,水流穿过)斜坡设计的多个被驱动的湿牵引构件(55)。 湿式牵引构件即使在水车和发射/恢复装置之间湿润时也提供牵引力。 作为利用驱动的湿牵引构件的结果,消除了使用常规的起重机,诸如钩和拖绳的特殊捕获装置以及位于水中的人员将捕获装置附接到水车辆。 湿牵引构件为发射/恢复装置提供强度和灵活性。 也就是说,当湿牵引构件足够强以支撑水车辆的重量时,它们同时具有足够的柔性以偏转一段距离以适应水车辆在坡道上的软着陆,同时提供恢复力 和运动。