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    • 4. 发明申请
    • MULTIHEAD AIR CUSHIONED MARINE VEHICLE
    • 多海航空海上车辆
    • WO1998041442A1
    • 1998-09-24
    • PCT/US1997004780
    • 1997-03-14
    • BURG, Donald, E.
    • B63B01/12
    • B60V1/22
    • A multi-hulled gas cushion supported marine vehicle (40) that is capable of transition to airborne surface effect operation is presented. The marine vehicle (40) has optional elongated knife shaped bows (71) that slice into waves, very fine entry and low angle of divergence supporting gas cushions (47), water rejecting steps (68) that extend high onto the sidehulls (60), and retractable water stabilizers (41) to insure optimum performance in heavy seas. The retractable water stabilizers (41) are in the form of inverted-T hydrofoils and/or small boat shaped members. It also has special, normally inverted-V shaped, gas cushion and wetdeck aft seals (80, 81) to insure minimum effect of wave impacts in those areas. The gas pressurization system normally includes powered blowers (43) where a flap-like sealing device (75) can be installed to seal gas leakage. Connecting ducts (67) between gas cushions can include venturis that restrict pressure pulses in one gas cushion from traveling to another gas cushion. Retractable or fixed sidewings (90) are optional and may include outrigger hulls (92).
    • 提出了一种能够过渡到空中表面效应操作的多壳气垫支撑船用车辆(40)。 船舶(40)具有可选的细长的刀形弓(71),其切成波浪,非常细的入口和支撑气垫(47)的低发散角度,高度延伸到侧翼(60)上的排水步骤(68) 和可伸缩水稳定器(41),以确保在大海上的最佳性能。 可伸缩水稳定器(41)是倒T型水翼和/或小船形构件的形式。 它还具有特殊的,通常为倒V形的气垫和湿趾尾密封(80,81),以确保这些区域的波浪影响的最小影响。 气体加压系统通常包括动力鼓风机(43),其中可安装翼状密封装置(75)以密封气体泄漏。 气垫之间的连接管道(67)可以包括限制一个气垫中的压力脉冲行进到另一个气垫的通风口。 伸缩或固定侧翼(90)是可选的,并且可以包括外伸支架(92)。
    • 7. 发明申请
    • WING IN GROUND EFFECT VEHICLE WITH ENDPLATES
    • 地面效应车辆与终点车
    • WO01087682A1
    • 2001-11-22
    • PCT/AU2001/000564
    • 2001-05-17
    • B60V3/08B60V1/08B60V1/22B60V1/18
    • B60V1/22B60V1/08
    • A wing-in-ground effect vehicle has endplates (17) at the ends of wings (3). These extend below fuselage (2) and are designed for constant submergence during flight over water. The nose of each endplate (17) is designed to generate a supercavity extending the length of endplate (17) at cruising speed. To facilitate lengthening of the supercavity at lower speeds, protruding ridges may be provided downstream from each nose. At least the rear portions of endplates (17) are laterally displaceable (eg due to pivoting around a vertical axis) to avoid damage to endplates (17) by water pressure when the vehicle travels at a yaw angle. This "weathercocking" of endplates (17) aligns them with the water flow and allows them to be narrower.
    • 机翼地面效应车辆在机翼(3)的端部处具有端板(17)。 这些延伸到机身(2)以下,并设计用于在水中飞行期间不断淹没。 每个端板(17)的鼻部被设计成以巡航速度产生延伸端板(17)的长度的超空腔。 为了便于以较低的速度延长超空腔,可以在每个鼻子的下游设置突出的脊。 端板(17)的至少后部可横向移动(例如由于围绕垂直轴线枢转),以避免当车辆以偏航角行驶时,通过水压损坏端板(17)。 端板(17)的这种“风标”使它们与水流一致,并允许它们变窄。
    • 8. 发明申请
    • WING-IN-GROUND-EFFECT VEHICLE WITH STATIC AIR CUSHIONS FOR LOW SPEEDS AND HOVERING (WIG-ACV)
    • 带有静态空气垫圈的低功率和低功率的WING-IN-GROUND-EFFECT车辆(WIG-ACV)
    • WO99033690A1
    • 1999-07-08
    • PCT/RU1998/000063
    • 1998-03-06
    • B60F5/02B60V1/08B60V1/10B60V1/22B63B1/32B64C29/00
    • B60V1/22B60V1/08B60V1/10
    • The invention relates to the field of transportation and concerns Wing-In-Ground-Effect vehicles (WIGs, also called Ekranoplans). Specifically, a WIG vehicle capable of starting and landing on unprepared terrain or water surfaces. This vehicle incorporates new lift-increasing features, namely a system using ducted lift fans (5) suctioning air from the wing upper surfaces and creating a multi-chamber air cushion under the fuselage (1) and wings (9) of the vehicle. Each lift fan will be powered by a turbine actuated by high-pressure combustion gases diverted from the main power units (4). The WIG's flight control system distributes power between the lift fans and the forward propulsion units (8), through valves (6) in the high-pressure gas conducts (7) leading to turbines (19) powering the lift fans or the forward propulsion units. Starting with 100 % of the power directed to the lift fans for hovering, the available power is gradually transferred to the forward propulsion units. As the speed increases, an increasing amount of lift is generated dynamically until the Wing-In-Ground effect is enough to carry the vehicle on its own and 100 % of the power is available for forward thrust. The lift fans are mounted in the fuselage-wing junctions and suspended passenger or freight modules (11) can be fastened to the wing end plates (10).
    • 本发明涉及运输领域,涉及地面效应车辆(WIG,也称为Ekranoplans)。 具体来说,WIG车辆能够在无准备的地形或水面上起飞和着陆。 该车辆结合了新的提升功能,即使用管道升降风扇(5)从机翼上表面吸入空气的系统,并在车辆的机身(1)和机翼(9)下方形成多室气垫。 每个提升风扇将由从主动力单元(4)转向的高压燃烧气体致动的涡轮机供电。 WIG的飞行控制系统通过高压气体导管(7)中的阀(6)在升降机风扇和前进推进单元(8)之间分配动力,从而通向为提升风机或前进推进单元供电的涡轮机(19) 。 从100%的电力指向升降机风扇开始盘旋,可用功率逐渐转移到前进推进单元。 随着速度的增加,动力产生的电梯数量增加,直到地面效应足以使车辆独立运行,并且100%的功率可用于向前推力。 升降机风扇安装在机身翼连接处,悬挂的乘客或货运模块(11)可以固定在机翼端板(10)上。
    • 10. 发明申请
    • MULTIPLE-MODE WING-IN GROUND EFFECT VEHICLE
    • 多模式WING-IN地面效应车辆
    • WO1997030886A1
    • 1997-08-28
    • PCT/US1997002691
    • 1997-02-24
    • KLEM, Richard, H.
    • B63B01/24
    • B60V1/08B60V1/22B63B1/322Y02T70/12
    • A high-speed air-supported vehicle capable of multiple mode operations as both a water-contacting vehicle and an aircraft includes an aero roll-stabilizing plan form (3), a stabilizing ski/hydrofoil below a planing surface of a hull portion of the aero roll-stabilizing plan form (3) for providing stabilization and lift to the plan form (3) in at least one mode of operation, the ski/hydrofoil being mounted to a front underside of a hull portion of the aero roll-stabilizing plan form (3) and being mounted forward of a centre of gravity of the plan form (3), whereby a leading edge of the plan form is kept at a substantially constant level with respect to a surface of water during at least one mode of operation. A stabilizing ski (9) provides stabilization and lift in at least one mode of operation. A flexible ski mount (7, 8) is provided for mounting the stabilizing ski (9) to the aero roll-stabilizing plan form (3). Trim flaps (105) are provided for altering the direction of the plan form (3), and turning vanes (5a, 5b) are provided to reduce turbulence originating near the edge of the tip plates (71a, 71b).
    • 能够作为水接触车辆和飞行器进行多模式操作的高速空中支撑车辆包括航空辊稳定计划形式(3),在船体部分的刨面下方的稳定滑雪/水翼 用于在至少一种操作模式下提供稳定和提升到计划形式(3)的航空滚动稳定计划表格(3),滑雪/水翼安装在航空辊稳定计划的船体部分的前下侧 形式(3)并且被安装在平面形式(3)的重心的前方,由此在至少一种操作模式期间,平面形式的前缘相对于水面保持在基本恒定的水平 。 稳定滑雪板(9)提供至少一种操作模式的稳定和提升。 提供了一种用于将稳定滑雪板(9)安装到气动滚动稳定平台(3)上的柔性滑雪板(7,8)。 提供修整翼片(105)用于改变平面形式(3)的方向,并且设置转动叶片(5a,5b)以减少起始端板(71a,71b)边缘附近产生的湍流。