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    • 1. 发明授权
    • Printed or etched, folding, directional antenna
    • 印刷或蚀刻,折叠,定向天线
    • US06476773B2
    • 2002-11-05
    • US09852598
    • 2001-05-10
    • William Robert PalmerChristopher A. SnyderDavid Charles JorgensonAnh Le
    • William Robert PalmerChristopher A. SnyderDavid Charles JorgensonAnh Le
    • H01Q138
    • H01Q1/08H01Q1/242H01Q3/01H01Q3/20H01Q21/20
    • An antenna array formed on a deformable dielectric material or substrate includes a center element and plurality of radial elements extending from a center hub. In the operative mode, the radial elements are folded upwardly into an approximately vertical position, with the center element at the center of the hub and the radial elements circumferentially surrounding the center element. In one embodiment the center element serves an active element of the antenna array and the radial elements are controllable in a directive or reflective state to effect a directive beam pattern from the antenna array. When not in use, the antenna elements are deformed into a plane and can therefore be integrated into a housing for compact storage. In a phased array embodiment, the center element is absent and the plurality of radial elements, are controllable to steer the antenna beam.
    • 形成在可变形电介质材料或衬底上的天线阵列包括中心元件和从中心毂延伸的多个径向元件。 在操作模式中,径向元件向上折叠成大致垂直的位置,中心元件位于毂的中心,而径向元件周向围绕中心元件。 在一个实施例中,中心元件用于天线阵列的有源元件,并且径向元件可以以指示或反射状态控制,以实现来自天线阵列的指向波束图案。 当不使用时,天线元件变形成平面,因此可以集成到壳体中以进行紧凑的存储。 在相控阵实施例中,中心元件不存在并且多个径向元件是可控的以引导天线波束。
    • 3. 发明授权
    • Closely spaced antenna array
    • 紧密间隔的天线阵列
    • US06369770B1
    • 2002-04-09
    • US09773254
    • 2001-01-31
    • Griffin K. GothardWilliam Robert PalmerChristopher A. SnyderBing Chiang
    • Griffin K. GothardWilliam Robert PalmerChristopher A. SnyderBing Chiang
    • H01Q2100
    • H01Q3/446H01Q19/32H01Q21/062
    • An antenna array for use with a mobile subscriber unit in a wireless network communications system. The invention utilizes a multiplicity of resonant strips provided within the ground plane. These strips couple to an equal multiplicity of monopole array elements located on top of the ground plane. This approach increases antenna gain by more efficiently utilizing the available ground plane area. Additionally, since the active element is on top of the ground plane, the antenna array sensitivity is decreased because the direct coupling between the antenna and external environmental factors is minimized. The multiplicity of antenna elements are electrically isolated from the ground plane. Each antenna element has a bottom end located proximal to the ground plane, and is aligned along a respective antenna axis that is substantially perpendicular to the top side. Each resonant strip has a top end electrically connected to the ground plane and a bottom end spaced apart from a bottom side of the ground plane, and is aligned along the antenna axis of a corresponding antenna element. The multiplicity of antenna elements and the multiplicity of resonant strips are equally spaced about the perimeter of the ground plane, and the combination of each antenna element with a respective resonant strip provides a unbalanced dipole antenna element so that the multiplicity of dipole antenna elements form a composite beam which may be positionally directed along a horizon that is substantially parallel to the ground plane.
    • 一种与无线网络通信系统中的移动用户单元一起使用的天线阵列。 本发明利用设置在接地平面内的多个共振条。 这些条耦合到位于接地平面顶部的相等多个单极子阵列元件。 该方法通过更有效地利用可用的接地平面区域来增加天线增益。 另外,由于有源元件位于接地层的顶部,所以由于天线与外部环境因素之间的直接耦合被最小化,天线阵列灵敏度降低。 多个天线元件与接地平面电隔离。 每个天线元件具有位于接地平面附近的底端,并且沿着基本上垂直于顶侧的相应天线轴对齐。 每个谐振条具有电连接到接地平面的顶端和与接地平面的底侧间隔开的底端,并且沿对应的天线元件的天线轴对齐。 多个天线元件和多个谐振带在接地平面的周边等距隔开,并且每个天线元件与相应的谐振条的组合提供了一个非平衡偶极子天线元件,使得多个偶极天线元件形成一个 复合梁可以沿着基本上平行于接地平面的水平线定位。
    • 5. 发明授权
    • Low profile dipole antenna for use in wireless communications systems
    • 用于无线通信系统的低调偶极天线
    • US06369771B1
    • 2002-04-09
    • US09773377
    • 2001-01-31
    • Bing ChiangKenneth M. GaineyGriffin K. GothardChristopher A. Snyder
    • Bing ChiangKenneth M. GaineyGriffin K. GothardChristopher A. Snyder
    • H01Q928
    • H01Q9/40H01Q1/242H01Q9/28
    • A dipole antenna for use with a mobile subscriber unit in a wireless network communications system. The antenna is fabricated with printed circuit board (PCB) photo-etching techniques for precise control of the printed structure. The dipole antenna includes a planar substrate made of dielectric material. A conductive planar element is layered on one side of the substrate in an upper region of the substrate, and a conductive planar ground patch is layered on the other side of the substrate in a lower region of the substrate. That is, the conductive planar element is stacked above the conductive planar ground patch. A feed strip is connected to the bottom of the conductive planar element, and extends from the element to a bottom edge of the substrate and terminates at a bottom feed point. Typically, the feed point is connected to a transmission line for transmitting signals to and receiving signals from the dipole antenna. The conductive planar ground patch includes a bottom end for connecting the ground patch to a ground plane upon which the dipole antenna is mounted. The ground plane is aligned orthonormal to the antenna. Capacitive coupling between the conductive planar element and the conductive ground patch creates a junction which provides an upper dipole feed point in a mid-region of the substrate such that the conductive planar element acts as one element of an unbalanced dipole antenna and the conductive planar ground patch acts as the other element of the unbalanced dipole antenna. The unbalanced dipole antenna forms a beam which may be positionally directed along a horizon that is substantially parallel to the ground plane.
    • 一种与无线网络通信系统中的移动用户单元一起使用的偶极天线。 天线采用印刷电路板(PCB)光蚀刻技术制造,用于精确控制印刷结构。 偶极天线包括由介电材料制成的平面基板。 导电平面元件在基板的上部区域的一侧上层叠,并且在基板的下部区域中的基板的另一侧上层叠导电性平面接地片。 也就是说,导电平面元件堆叠在导电平面接地片上方。 馈电条连接到导电平面元件的底部,并且从元件延伸到衬底的底部边缘并终止于底部馈电点。 通常,馈电点连接到用于向偶极天线发送信号并从其接收信号的传输线。 导电平面接地片包括用于将接地片连接到安装偶极天线的接地平面的底端。 接地平面与天线对准正交。 导电平面元件和导电接地片之间的电容耦合产生一个结,其在衬底的中间区域中提供上偶极馈电点,使得导电平面元件充当不平衡偶极天线和导电平面接地的一个元件 补片作为非平衡偶极子天线的另一个元件。 不平衡偶极子天线形成可以沿着基本上平行于接地平面的水平线定位的光束。