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    • 1. 发明授权
    • Buoyant cable antenna system
    • 浮力电缆天线系统
    • US07468703B1
    • 2008-12-23
    • US11650761
    • 2006-12-26
    • Heidi R. Pickreign, legal representative
    • Erich M. Gerhard
    • H01Q1/34H01Q1/04
    • H01Q1/04H01Q1/34
    • A buoyant cable system and method is provided with a flexible towed platform that may be deployed into the water from a submerged submarine. The flexible towed platform has a memory that returns to a selected shape after deployment. A presently preferred selected shape may have one or more curves that provide a function during towing. For instance, in one embodiment two oppositely extending curves each float and each are pressed by the water in a balanced manner to provide a stable platform for one or more antennas which can be of different types suitable for a wide band of radio frequency reception/transmission. In another embodiment, a keel may be formed from a weighted curved portion that is suitable for vertically supporting an antenna. The flexible towed material may be constructed of coil springs, shaped memory alloys, and the like.
    • 浮力电缆系统和方法设置有可以从潜水艇部署到水中的柔性拖缆平台。 灵活的拖曳平台具有在部署后返回到选定形状的记忆。 目前优选的选定形状可以具有在牵引期间提供功能的一个或多个曲线。 例如,在一个实施例中,两个相对延伸的曲线各自浮动,并且每个由平衡的方式按压,以为一个或多个天线提供稳定的平台,其可以是适合于宽频带的射频接收/发送 。 在另一个实施例中,龙骨可以由适于垂直支撑天线的加权弯曲部分形成。 柔性拖曳材料可以由螺旋弹簧,成形记忆合金等构成。
    • 2. 发明授权
    • Buoyant cable antenna system and method with articulating blocks
    • 浮力电缆天线系统和方法与铰接块
    • US07466278B1
    • 2008-12-16
    • US11650763
    • 2006-12-26
    • Heidi R. Pickreign, legal representative
    • Erich M. Gerhard
    • H01Q1/34
    • H01Q1/34
    • A buoyant cable system and method is provided with a towed platform that is flexible for deployment into the water from a submerged submarine. The towed platform has a memory that returns to a selected shape after deployment. In one embodiment the biasing member is a spring acting against and anchored to Kevlar® strands running through the blocks such that the blocks are compressed into a desired shape during operation but remain sufficiently flexible for deployment and retrieval. In another embodiment, a keel may be formed from a weighted curved portion that is suitable for vertically supporting an antenna above the surface of the water to prevent signal interference due to water washing over the towed transmission line.
    • 一种浮力电缆系统和方法设置有一个可以从潜水艇部署到水中的挠性平台。 被拖放的平台具有在部署后返回到选定形状的内存。 在一个实施例中,偏置构件是弹簧,其弹力作用于穿过块的Kevlar链,并且锚固在运行过程中,块被压缩成期望的形状,但保持足够的柔性以进行展开和回收。 在另一个实施例中,龙骨可以由加权的弯曲部分形成,该弯曲部分适于垂直地支撑在水面之上的天线,以防止由于在被牵引的传输线上的水洗而引起的信号干扰。
    • 3. 发明授权
    • Buoyant cable antenna configuration and system
    • 浮力电缆天线配置和系统
    • US07411558B1
    • 2008-08-12
    • US11650762
    • 2006-12-26
    • Heidi R. Pickreign, legal representative
    • Erich M. Gerhard
    • H01Q1/34
    • H01Q1/34
    • A buoyant cable system and method is provided with a towed transmission line and antenna platform that may be deployed into the water from a submerged submarine so that the antenna extends above the surface of the water. The cable system preferably utilizes a flexible weighted keel formed in a section of the transmission line. A buoyant section of transmission line extends upwardly from the depth of the weighted keel to support one or more antennas above the surface of the water. In another embodiment, a plurality of weighted keels may be formed in sections of the transmission line whereby an inverted U-shaped buoyant portion extends upwardly from the depth of weighted keel to act as the support for a horizontally oriented antenna.
    • 浮力电缆系统和方法设置有可以从潜水艇部署到水中的拖曳传输线和天线平台,使得天线延伸到水面之上。 电缆系统优选地利用形成在传输线路的一部分中的柔性加权龙骨。 传输线的浮力部分从称重的龙骨的深度向上延伸,以支撑水表面上方的一个或多个天线。 在另一个实施例中,可以在传输线的部分中形成多个加重的龙骨,由此倒U形的浮力部分从称重的龙骨的深度向上延伸以用作水平定向的天线的支撑。
    • 4. 发明授权
    • Serpentine buoyant cable antenna
    • 蛇形浮子电缆天线
    • US07952530B1
    • 2011-05-31
    • US11650764
    • 2006-12-26
    • Erich M. GerhardHeidi R. Pickreign, legal representative
    • Erich M. Gerhard
    • H01Q1/04
    • H01Q1/04
    • The present invention relates to an improved buoyant cable antenna system. The system includes a buoyant cable transmission line segment and an antenna segment formed from a flexible memory structure comprised of at least one segment of coiled compression, pinched to form a desired shape and encapsulated in a buoyant encapsulant material. The antenna segment may include a U-shaped keel portion, a horizontal serpentine shaped section, and a vertical element with the horizontal serpentine shaped section floating on the surface of the water and the vertical element extending above the surface of the water. A process for manufacturing the buoyant cable antenna system is also described.
    • 本发明涉及一种改进的浮力电缆天线系统。 该系统包括浮力电缆传输线段和由柔性存储器结构形成的天线段,该柔性存储器结构由至少一段盘绕压缩构成,压缩形成期望的形状并且封装在浮力密封材料中。 天线段可以包括U形龙骨部分,水平蛇形形状部分和垂直元件,其中水平蛇形部分浮在水面上,垂直元件在水表面上方延伸。 还描述了用于制造浮力电缆天线系统的过程。