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    • 1. 发明授权
    • FLOTATION DEVICE
    • 的漂浮装置
    • EP1979226B1
    • 2012-01-18
    • EP07705079.7
    • 2007-02-01
    • Seatriever International Holdings Limited
    • JEFFREY, Peter
    • B63B22/16B63B22/10
    • A44B15/005B63B22/166
    • A device which will act efficiently as a float for any article (e.g. keys, mobile telephone, wallet) attached thereto when dropped into water comprises an inflatable bag (14) of substantially waterproof and air impervious material, a container (12) of compressed gas, and trigger means (16,30,32) associated with the container (12) and operable upon immersion of the device in water to open the container (12) and allow gas from the container (14) to inflate the bag (14). The trigger means comprises a valve (16) mounted on the container (12) and connecting the container to the inflatable bag (14), retainer means (30) operative to hold the valve (16) in a closed condition, and water reactive means (32) which, upon contact with water, serves to release the retainer means (30) and allow the valve to open. The water reactive means may comprise a band of material (32), at least part of which is water reactive. The retainer means may comprise a spring (30) which acts directly on the valve (16) to keep it closed against spring bias and the water reactive band (32) may hold the spring (30) under compression until release. In other embodiments the retainer means may comprise a plate or a lever which the water reactive band holds against spring bias of the valve to its open position until release. In another embodiment the retainer means includes a spring held under compression by a water reactive band, which spring, upon release overcomes spring bias of the valve to its closed position. The bag (14), the container (12) and the trigger means are housed a casing (10) and means (37) are provided, preferably integrally on the container (12), for attachment of the device to another article.
    • 2. 发明公开
    • Luminous signalling buoy fitted with light on/off device
    • Leuchtsignalboje,die mit einer Licht-Ein / Aus-Vorrichtung ausgestattet ist
    • EP2287069A1
    • 2011-02-23
    • EP10007895.5
    • 2010-07-29
    • Nuova Rade S.P.A.
    • Covi, Flavio EmilioRepetto, Stefano
    • B63B22/16B63C9/20
    • B63B22/166
    • Luminous signalling buoy comprising a hollow, floating body (2) open in its upper part, the opening of which is closed by a transparent cap or capsule (4) that surrounds a light source and that allows the light emitted by said source to be visible from the outside, an extractable supporting frame (3) which houses the light source in its upper portion, an electronic circuit of power for the light source and a housing (33) for said power supply battery, said electronic circuit of power for the light source being provided with a switch equipped with a magnetic sensor which is able to activate or deactivate the source itself in reply to a magnetic solicitation. Externally to the body of the buoy it is provided with a light on/off device which magnetically transmits to the inside of the buoy said magnetic solicitation so that said turning on and turning off switch, provided in the inside of the buoy body, turns on or turns off said light source.
    • 发光信号浮标包括在其上部开口的中空的浮动体(2),其开口由围绕光源的透明盖或胶囊(4)封闭,并且允许由所述源发射的光可见 从外部,在其上部容纳光源的可抽出的支撑框架(3),用于光源的电力用电子电路和用于所述电源电池的壳体(33),所述电子电路 源设置有配备有磁传感器的开关,该磁传感器能够响应于磁性请求激活或停用源自身。 在浮体的外部,设置有一个开启或关闭装置,该装置将浮动体的内部磁性传递到所述磁性索引中,使得设置在浮标体内部的所述打开和关闭开关打开 或关闭所述光源。
    • 3. 发明公开
    • Schifffahrtszeichen
    • EP1847453A2
    • 2007-10-24
    • EP07007888.6
    • 2007-04-18
    • Haindl Kunststoffverarbeitung GmbH
    • Arens, Egidius, Dipl.-Ing.
    • B63B22/16
    • B63B22/16H01Q15/18
    • Bei einem Schifffahrtszeichen für Wasserstraßen mit einem Radarreflektor (14), der aus Reflexionsflächen (21.1, 21.2, 21.3) trichterartig mit Trichteröffnung (22) zusammengesetzte Reflexionstrichter zur Reflexion von über die Trichteröffnung (22) einfallenden Radarwellen aufweist, ist zur Verhinderung einer Verschlechterung der Reflexionseigenschaften und des Zielmaßes des Radarreflektors (14) bei rauhem Wetter mit Sturm, Regen, Gischt oder Schnee und zum mechanischen Schutz des Radarreflektors (14) gegen Wellenschlag und Sturzseen der Radarreflektor (14) von einem Hüllkörper (15) mit einer die Trichteröffnungen (22) überdeckenden, für Radarwellen mit üblicherweise zur Navigation verwendeten Radarfrequenzen transparent ausgebildeten Hüllkörperwandung (25) umgeben, die eine feste Tragschicht (27) aus Kunststoff mit darin eingelagerten, elektrisch nicht leitenden Fasern aufweist (Fig. 2).
    • 海洋浮标带有雷达反射器单元(14),其具有指向漏斗形孔的全方位雷达反射表面。 本机具有不会屏蔽或过滤海洋雷达信号的塑料罩(15)。 塑料盖具有刚性塑料基础层(27),其包含非电导体的纤维,例如, 玻璃纤维网。
    • 4. 发明公开
    • REMOTE SYNCHRONISATION
    • 远程同步
    • EP1280696A1
    • 2003-02-05
    • EP01923405.3
    • 2001-04-19
    • Navchannel Pty Ltd
    • ANTICO, ChrisGREEN, Leslie
    • B63B45/02B63B22/16B63B51/02
    • H05B37/034B63B51/00H05B37/0272
    • A synchronisation system for synchronisation of multiple markers (12,13,14) in a geographical location or waterway (16). Synchronisation is achieved by periodically re-synchronising each marker (12,13,14) to a common reference signal. A wireless communications system is used to distribute the reference signal to isolated markers. The markers (12,13,14) are also remotely monitored to indicate the status of multiple markers which is communicated to a central control centre. The status can indicate the number of spare light bulbs left, the status of the spare bulbs, the correct or incorrect flashing of the light, unauthorised entry to or tampering with the marker or lighthouse, the condition of the battery and/or the correct function of a solar panel or other remote power source. The status of multiple markers is then communicated to a central control centre or to another location.
    • 一种同步系统,用于同步地理位置或水路(16)中的多个标记(12,13,14)。 通过周期性地将每个标记(12,13,14)同步到公共参考信号来实现同步。 使用无线通信系统将参考信号分配给隔离的标记。 标记(12,13,14)也被远程监视以指示传送到中央控制中心的多个标记的状态。 状态可以指示剩余的灯泡数量,备用灯泡的状态,正确或不正确的灯光闪烁,未经授权进入或篡改标记或灯塔,电池状况和/或正确的功能 的太阳能电池板或其他远程电源。 然后将多个标记的状态传送到中央控制中心或另一个位置。
    • 7. 发明公开
    • A float and a floatable structure
    • 施维默和施维默施特尔
    • EP2520163A1
    • 2012-11-07
    • EP12002646.3
    • 2006-05-03
    • Rodicon LimitedConcannon, John Francis
    • Concannon, John Francis
    • A01K61/00B63B22/16B63B22/18B63B22/04
    • B63B22/18A01K61/54A01K75/04B63B22/04B63B22/166B63B22/22B63B22/24B63B39/06B63B2039/067B63B2231/40B63B2241/06B63B2241/10Y02A40/822
    • A float (1) comprising a hollow pneumatically pressurisable ovoid shell (5) is provided with a damping plate (12) extending laterally outwardly around the shell (5) for damping vertical upward and downward movement of the float in water during stormy conditions, thereby minimising the effect of the buoyant upward propulsion force acting on the float when the float is submerged in stormy conditions. A keel (18) extends downwardly from the float (5) for minimising rolling movement of the float (1). A pair of coupling plates (22) extending from front and rear ends (19,20) of the shell (5) facilitate coupling of the float (1) between a pair of spaced apart tethering ropes used in mussel growing. A plurality of the floats (1) may be secured between a pair of spaced apart tethering ropes at spaced apart intervals along the tethering ropes for supporting the tethering ropes so that crop ropes impregnated with mussel spawn may be suspended from the tethering ropes for growing mussels. A navigational buoy (60) is also disclosed, which comprises a lower float (61) and a pillar (62) extending upwardly therefrom for carrying navigational and other instrumentation.
    • 包括中空气动加压卵球壳(5)的浮子(1)设置有围绕壳体(5)横向向外延伸的阻尼板(12),用于在暴风雨条件期间阻止浮子在水中的垂直向上和向下运动,由此 当浮子浸入暴风雨条件下时,最小化作用在浮子上的浮力向上推进力的影响。 龙骨(18)从浮子(5)向下延伸,以使浮子(1)的滚动运动最小化。 从外壳(5)的前端和后端(19,20)延伸的一对联接板(22)有助于浮子(1)在用于贻贝生长的一对间隔开的系绳之间的联接。 多个浮体(1)可以沿着束缚绳索以间隔开的间隔被固定在一对间隔开的束缚绳索之间,用于支撑系紧绳索,使得浸渍有贻贝产卵的作物绳索可以悬挂在用于生长贻贝的系绳绳索 。 还公开了导航浮标(60),其包括从其向上延伸的下浮体(61)和支柱(62),用于承载航行和其他仪器。
    • 9. 发明公开
    • Method and device for signaling underwater activity
    • Verfahren und Vorrichtung zur Signalisierung vonUnterwasseraktivitäten
    • EP2055626A1
    • 2009-05-06
    • EP07425679.3
    • 2007-10-29
    • Red Rescue di Marino Gabella
    • Gabella, Marino
    • B63B22/16B63B51/02B63C11/02
    • B63B51/02B63B22/16B63C11/26
    • The invention concerns a method and a device for signalling aquatic activities, in particular underwater diving, using the transmission of a radio signal from a transmitter (14) located on a floating means (11) in the area where the aquatic activities are taking place, reception of the radio signal on the part of the receiver (18) synchronised with the transmitter, installed on board every surface craft (13) and able to calculate the distance from the floating menas holding the transmitter, and the emission of acoustic and/or luminous signals on board every craft in response to the signal received by the receiver and showing the distance between the transmitter and the receiver.
    • 本发明涉及一种使用从位于水生活动正在发生的区域中的浮动装置(11)上的发射器(14)传输无线电信号的水生活动特别是水下潜水信号的方法和装置, 接收与发射机同步的接收机(18)的无线电信号,安装在每个表面飞行器(13)上并且能够计算与保持发射机的浮动人员的距离,以及声发射和/或 响应于接收机接收到的信号并显示发射机和接收机之间的距离,每个飞行器上的发光信号。