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    • 1. 发明授权
    • Reinforcement fabrics with electronic transmission capabilities
    • 具有电子传输能力的加强面料
    • US08009120B2
    • 2011-08-30
    • US11713953
    • 2007-02-27
    • Gwynned ThomasAndrew SivulkaLloyd Stephen RiggsDavid J. Elton
    • Gwynned ThomasAndrew SivulkaLloyd Stephen RiggsDavid J. Elton
    • H01Q1/36
    • H01Q1/38H01Q1/12H01Q1/246H01Q1/273
    • Antennas using nonwoven geotextiles with embedded metallic or other wave carrying fibers are described herein. The geotextiles antennas are designed to be an internal, integral part of the nation's infrastructure. Geotextile antennas are flexible and easily conform to natural and manmade surfaces such as exterior building surfaces, for example, roads, roofs and bridges. Geotextile antennas are considerably less vulnerable to damage and probably much less expensive than the current, highly vulnerable and costly cell towers. In particular, geotextiles used in roads are especially well protected by the asphalt pavement above. The fabric-based conformal antenna enhances the usefulness and reliability of the communication infrastructure which is exceedingly vulnerable to vandalism, terrorism and natural disasters.
    • 本文描述了使用具有嵌入的金属或其它波浪携带纤维的非织造土工织物的天线。 土工布天线设计为国家基础设施的内部组成部分。 土工织物天线是灵活的,并且容易地符合自然和人造表面,例如外部建筑物表面,例如道路,屋顶和桥梁。 土工布天线相对于目前的,易受伤害的和昂贵的电池塔而言容易受到损坏,可能要低得多。 特别是在道路上使用的土工布特别受到上述沥青路面的保护。 基于面料的保形天线增强了通信基础设施的有用性和可靠性,这些基础设施极易受到破坏,恐怖主义和自然灾害的影响。
    • 2. 发明申请
    • Reinforcement fabrics with electronic transmission capabilities
    • 具有电子传输能力的加强面料
    • US20070210966A1
    • 2007-09-13
    • US11713953
    • 2007-02-27
    • Howard ThomasAndrew SivulkaLloyd RiggsDavid Elton
    • Howard ThomasAndrew SivulkaLloyd RiggsDavid Elton
    • H01Q1/38H01Q1/40
    • H01Q1/38H01Q1/12H01Q1/246H01Q1/273
    • Antennas using nonwoven geotextiles with embedded metallic or other wave carrying fibers are described herein. The geotextiles antennas are designed to be an internal, integral part of the nation's infrastructure. Geotextile antennas are flexible and easily conform to natural and manmade surfaces such as exterior building surfaces, for example, roads, roofs and bridges. Geotextile antennas are considerably less vulnerable to damage and probably much less expensive than the current, highly vulnerable and costly cell towers. In particular, geotextiles used in roads are especially well protected by the asphalt pavement above. The fabric-based conformal antenna enhances the usefulness and reliability of the communication infrastructure which is exceedingly vulnerable to vandalism, terrorism and natural disasters.
    • 本文描述了使用具有嵌入的金属或其它波浪携带纤维的非织造土工织物的天线。 土工布天线设计为国家基础设施的内部组成部分。 土工织物天线是灵活的,并且容易地符合自然和人造表面,例如外部建筑物表面,例如道路,屋顶和桥梁。 土工布天线相对于目前的,易受伤害的和昂贵的电池塔而言容易受到损坏,可能要低得多。 特别是在道路上使用的土工布特别受到上述沥青路面的保护。 基于面料的保形天线增强了通信基础设施的有用性和可靠性,这种基础设施极易受到破坏,恐怖主义和自然灾害的影响。