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    • 7. 发明申请
    • ACTIVE AUTOMATED ANTI-BOARDING DEVICE AND MARITIME ASSET SECURITY SYSTEM
    • 主动自动防盗装置和海运资产安全系统
    • US20140266809A1
    • 2014-09-18
    • US14359257
    • 2012-11-28
    • Trident Group, Inc.
    • Thomas B. Rothrauff, Jr.
    • G08B13/00
    • G08B13/00B63G13/00F41H13/005F41H13/0081F41H13/0087G08B13/183
    • An active automated anti-boarding device for a maritime asset security system includes a housing for mounting the device on a maritime asset. The deterrence device includes visual and sound deterrence emitters within said mount to disperse a directional fan pattern of sight and visual deterrence response outward from the housing to unauthorized boarders. An active automated anti-boarding maritime asset security system includes detection devices configured to mount to maritime asset, the detection devices each including emitters and receivers for generating and detection beams that form a virtual fence to form a detection network on a portion or around an entire maritime asset. Deterrence devices responsive to the interruption of the spaced apart detection beams produce a deterrent response that is non lethal. The deterrence response can be a law enforcement level of deterrence, it can induce discomfort and/or disorientation to deter unauthorized boarders. The deterrence response can be strong enough to cause physical pain in an authorized boarder.
    • 用于海事资产安全系统的主动的自动防登机装置包括用于将装置安装在海运资产上的壳体。 威慑装置包括在所述安装架内的视觉和声音威慑发射器,以将定向风扇的视觉模式和视觉威慑响应从壳体向外分散到未经授权的寄宿生。 一种主动的自动化反登机海上资产安全系统包括被配置为安装到海上资产的检测装置,每个检测装置包括用于生成和检测波束的发射器和接收器,所述射束和检测波束形成虚拟围栏,以在一部分或整个整体上形成检测网络 海运资产 响应于间隔开的检测光束的中断的阻挡装置产生非致命的威慑响应。 威慑反应可以是执法层面的威慑,它可能引起不适和/或迷失方向来阻止未经授权的边界人士。 威慑反应可能足够强大,导致授权的寄宿生身体疼痛。
    • 8. 发明申请
    • DEVICE FOR CONSTRUCTING A BARRIER MADE OF BARBED WIRE
    • 用于构造棒状线的障碍物的装置
    • US20130327666A1
    • 2013-12-12
    • US13978354
    • 2012-01-03
    • Sven FürusJan-Hendrik Ströher
    • Sven FürusJan-Hendrik Ströher
    • B65D25/38
    • B65D25/38B63B2017/045B63G13/00F41H11/08F41H11/10
    • The invention relates to a barrier made of barbed wire, wherein said barbed wire can be compressed, in the manner of a helix, in a first direction (A) and can be pulled apart in a second, opposite direction (B). In addition, the device (100) has a guiding element, in particular a tensioning cable (120), which extends in the first and second directions (A, B) and which is designed to guide the motion of the lid-shaped element (115) and/or of the barbed wire (101) away from the container (110) in the second direction (B) and toward the container in the opposite direction. Said design makes it possible to safely store the barbed wire in the compressed state (the lid sits on the container). At the same time, said design makes it possible to route the barbed wire manageably and safely when the barbed wire is pulled out in a guided manner in order to construct a barrier. The tensioning cable (120) can have a tensioning element (121), in particular a mechanically, pneumatically, or hydraulically operated tensioning element. The device (100) can additionally have one or more defense wires, in particular current-carrying alarm wires and/or wires carrying high voltage. The tensioning cable (120) also can be designed to carry current and can form an electrical defense system and/or alarm system together with the defense wires.
    • 本发明涉及一种由铁丝网制成的屏障,其中所述铁丝网可以以螺旋状的方式沿第一方向(A)压缩,并可沿第二相反方向(B)拉开。 另外,装置(100)具有引导元件,特别是在第一和第二方向(A,B)上延伸并且被设计成引导盖形元件的运动的张紧电缆(120) 115)和/或铁丝网(101)沿第二方向(B)远离容器(110)并沿相反方向朝向容器。 所述设计使得有可能安全地将铁丝网存储在压缩状态(盖子位于容器上)。 同时,所述设计使得当以有导向的方式将铁丝网拉出以构成屏障时,有可能可管理地和安全地布置带刺铁丝网。 张紧电缆(120)可以具有张紧元件(121),特别是机械的,气动的或液压操作的张紧元件。 装置(100)还可以具有一个或多个防护导线,特别是携带高电压的载流警报线和/或导线。 张紧电缆(120)也可以被设计成携带电流并且可以与防御线一起形成电气防御系统和/或警报系统。
    • 9. 发明申请
    • VORTICE AMPLIFIED DIFFUSER FOR BUOYANCY DISSIPATER AND METHOD FOR SELECTABLE DIFFUSION
    • 用于浮选的扩散扩散器和选择扩散的方法
    • US20120103424A1
    • 2012-05-03
    • US12770879
    • 2010-04-30
    • James H. DupontJeffrey H. Koessler
    • James H. DupontJeffrey H. Koessler
    • F15C1/16
    • B63G13/00F15D1/001F41H11/00Y10T137/0324Y10T137/2098
    • Embodiments of a vortice-amplified diffuser section for use in a buoyancy dissipater are generally described herein. The vortice-amplified diffuser section may include a plurality of diffusion ports to diffuse an expanding gas, a reduction sleeve to adjust an amount of diffusion flow, and vortex generators within at least some of the diffusion ports to generate vortices. The reduction sleeve may be configurable to block off some of the diffusion ports. The vortex generators may generate vortices of gas bubbles in the water to reduce the water's buoyancy and to inhibit movement or disrupt the operations of an errant vessel. The reduction sleeve may be used to control the size, shape, and intensity of the expanding gas bubble or bubble plume as well as to control the lethality level of the buoyancy reduction.
    • 用于浮力耗散器的涡流扩大扩散器部分的实施例一般在此描述。 涡流放大扩散器部分可以包括多个扩散扩散气体的扩散口,减少套管以调节扩散流量,以及在至少一些扩散端口内的涡流发生器以产生涡流。 还原套筒可以被配置为阻挡一些扩散端口。 涡流发生器可能会在水中产生气泡的漩涡,以减少水的浮力并抑制运动或扰乱错误的船只的作业。 还原套筒可用于控制膨胀气泡或气泡羽流的尺寸,形状和强度,以及控制浮力降低的致死水平。
    • 10. 发明申请
    • FLUSHING SYSTEM
    • 冲洗系统
    • US20120031998A1
    • 2012-02-09
    • US13259545
    • 2010-04-01
    • Thomas Jinbäck
    • Thomas Jinbäck
    • B05B15/06
    • B63G13/00B63B2017/045F41B9/0087
    • An anti-pirate system to prevent boarding of a vessel includes a number of spray devices (2) each with at least one nozzle (3) configured, upon activation, to spray out a liquid (4) which is supplied to the respective spray device (2) via a liquid-bearing arrangement. The spray devices (2) are configured to be disposed along at least one side (5) of the vessel and to be so disposed on the vessel that the respective nozzles of the spray device (2) are disposed in a position situated outside the vessel's side (5) or rail (6), so that spraying of liquid (4) out from each nozzle (3) results in the liquid (4) being sprayed from it in a direction which substantially follows the vessel's side (5).
    • 用于防止登船的反盗版系统包括多个喷射装置(2),每个喷射装置(2)具有至少一个喷嘴(3),其在启动时被配置为喷射供应到各个喷射装置的液体(4) (2)通过液体承载装置。 喷雾装置(2)被构造成沿着容器的至少一个侧面(5)设置并且被设置在容器上,使得喷射装置(2)的各个喷嘴设置在位于容器的外部的位置 (5)或轨道(6),使得从每个喷嘴(3)喷射液体(4)导致液体(4)沿着基本上沿着容器侧(5)的方向从其喷射。