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    • 34. 发明公开
    • Engin sous-marin comportant des moyens de réception de moyens formant charge utile largable
    • 包括:用于接收装置的潜水器,其形成可释放的有效载荷
    • EP2487104A1
    • 2012-08-15
    • EP12154167.6
    • 2012-02-07
    • DCNS
    • Paumier, Philippe
    • B63G8/32B63G8/33B63G8/30F41F3/07F41F3/10F41F5/04
    • B63G8/30B63G8/32B63G8/33F41F3/07F41F3/10F41F5/04
    • Cet engin sous-marin (1) est caractérisé en ce que les moyens de réception comportent au moins un puits sensiblement vertical (2), débouchant dans la partie supérieure et dans la partie inférieure de cet engin (1) et dans lequel sont logés les moyens formant charge utile largable (3), en ce que les moyens formant charge utile largable (3) comportent au moins deux parties (4, 5), dont l'une (4) est destinée à recevoir la charge utile proprement dite et dont l'autre (5) forme des moyens de compensation de flottabilité de la charge utile proprement dite et en ce que les deux parties (4, 5) des moyens formant charge utile (3) sont reliées par des moyens de maintien en position de ceux-ci dans le puits (2), débrayables pour permettre leur séparation et le largage des deux parties des moyens formant charge utile (3), l'une par la partie supérieure du puits (2) et l'autre par la partie inférieure de celui-ci.
    • 车辆(1)具有一个抛有效载荷形成单元(3)具有正浮力的胶囊(4),以接收一个有效载荷E.G. 防空导弹,和可断开的纤维(5),以形成一个补偿单元来补偿有效载荷的浮力。 在胶囊和纤维通过保持并形成有凸缘,胶囊支撑表面和一个撕开销的单元相连接。 维护单元保持在垂直孔(2)的形成单元和可断开的是允许分离与胶囊的释放和镇流器通过孔的上部和下部,分别。
    • 39. 发明授权
    • TORPEDO LAUNCH SYSTEM
    • TORPEDOSTARTSYSTEM
    • EP1425214B1
    • 2005-01-05
    • EP02798009.3
    • 2002-09-10
    • STRACHAN & HENSHAW LIMITED
    • OWEN, Bryan, Jeffrey,
    • B63G8/32F41F3/10
    • B63G8/32F41F3/10
    • A submarine or other marine vessel has a payload launch system with an impulse tank (7) connected via a straight water inlet tube (20) to an inlet orifice (3) in an outer casing (1) of the vessel. A payload launch tube being a torpedo tube (8) extends through the impulse tank (7) to the outer wall (1), and also extends through a pressure hull (4) of the submarine to terminate at a rear door (9). The torpedo tube has an inlet valve (10) within the impulse tank (7). In order to provide pressurised water to the torpedo tube (8) to launch a torpedo (25), an impeller (19) is mounted in the impulse tank which pumps water into the impulse tank (7) to develop a pressure which is transmitted to the torpedo tube (8) when the valve (10) is opened. The impeller (19) is driven by an electric motor unit (21) which is connected to a power supply (22) by cables (30) which pass through the pressure hull (4). The impulse tank (7) and the motor unit (21) are between the outer casing (1) and the pressure hull (4) and the impulse tank (7) is preferably spaced from the pressure hull (4).
    • 40. 发明公开
    • TORPEDO LAUNCH SYSTEM
    • 鱼雷启动系统
    • EP1425214A1
    • 2004-06-09
    • EP02798009.3
    • 2002-09-10
    • STRACHAN & HENSHAW LIMITED
    • OWEN, Bryan, Jeffrey,
    • B63G8/32F41F3/10
    • B63G8/32F41F3/10
    • A submarine or other marine vessel has a payload launch system with an impulse tank (7) connected via a straight water inlet tube (20) to an inlet orifice (3) in an outer casing (1) of the vessel. A payload launch tube being a torpedo tube (8) extends through the impulse tank (7) to the outer wall (1), and also extends through a pressure hull (4) of the submarine to terminate at a rear door (9). The torpedo tube has an inlet valve (10) within the impulse tank (7). In order to provide pressurised water to the torpedo tube (8) to launch a torpedo (25), an impeller (19) is mounted in the impulse tank which pumps water into the impulse tank (7) to develop a pressure which is transmitted to the torpedo tube (8) when the valve (10) is opened. The impeller (19) is driven by an electric motor unit (21) which is connected to a power supply (22) by cables (30) which pass through the pressure hull (4). The impulse tank (7) and the motor unit (21) are between the outer casing (1) and the pressure hull (4) and the impulse tank (7) is preferably spaced from the pressure hull (4).