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    • 5. 发明授权
    • Broadband convex ground planes for multipath rejection
    • 用于多径拒绝的宽带凸面接地层
    • US08441409B2
    • 2013-05-14
    • US12797035
    • 2010-06-09
    • Dmitry TatarnikovAndrey AstakhovAnton Stepanenko
    • Dmitry TatarnikovAndrey AstakhovAnton Stepanenko
    • H01Q1/48
    • H01Q15/16H01Q15/0073H01Q19/10
    • A ground plane for reducing multipath reception comprises a convex conducting surface and an array of conducting elements disposed on at least a portion of the convex conducting surface. Embodiments of the convex conducting surface include a portion of a sphere and a sphere. Each conducting element comprises an elongated body structure having a transverse dimension and a length, wherein the transverse dimension is substantially less than the length. The cross-section of the elongated body structure can have various user-specified shapes. Each conducting element can further comprise a tip structure. The azimuth spacings, lengths, and surface densities of the conducting elements can be functions of meridian angle. An antenna can be mounted directly on the conducting convex surface or on a conducting or dielectric support structure mounted on the conducting convex surface. System components, such as a navigation receiver, can be mounted inside the conducting convex surface.
    • 用于减少多路径接收的接地平面包括凸形导电表面和布置在凸形导电表面的至少一部分上的导电元件阵列。 凸形导电表面的实施例包括球体和球体的一部分。 每个导电元件包括​​具有横向尺寸和长度的细长主体结构,其中横向尺寸基本上小于该长度。 细长体结构的横截面可以具有各种用户指定的形状。 每个导电元件还可以包括尖端结构。 导电元件的方位角间距,长度和表面密度可以是子午角的函数。 天线可以直接安装在导电凸表面上或安装在导电凸表面上的导电或介电支撑结构上。 诸如导航接收器的系统组件可以安装在导电凸表面内。
    • 6. 发明申请
    • Compact Dual-Frequency Patch Antenna
    • 紧凑型双频贴片天线
    • US20120268347A1
    • 2012-10-25
    • US13448450
    • 2012-04-17
    • Dmitry TatarnikovAnton StepanenkoAndrey Astakhov
    • Dmitry TatarnikovAnton StepanenkoAndrey Astakhov
    • H01Q21/30
    • H01Q9/0464H01Q5/40H01Q9/0407H01Q13/106
    • A dual-frequency patch antenna includes a ground plane, an inside radiator, and an outside radiator. The inside radiator is configured as a region with a periphery, along which is a series of first protrusions separated by first grooves. The outside radiator is configured as a ring with an outer periphery and an inner periphery, along which is a series of second protrusions separated by second grooves. A set of conducting elements electrically connect the series of second protrusions with the ground plane. The inside radiator and the outside radiator can be fabricated on a dielectric substrate separated from the ground plane by a dielectric solid or air. The inside radiator and the outside radiator can be disposed on the same surface or on different surfaces of the dielectric substrate, with specific geometries of the first protrusions and first grooves relative to the second protrusions and second grooves.
    • 双频贴片天线包括接地平面,内部散热器和外部散热器。 内部散热器构成为具有周边的区域,沿着该区域形成有由第一槽分隔开的一系列第一突起。 外部散热器被构造成具有外周和内周的环,沿着该外周辐射体是由第二凹槽分开的一系列第二突起。 一组导电元件将一系列第二突起与接地平面电连接。 内部散热器和外部散热器可以通过介电固体或空气在与接地平面分离的电介质基板上制造。 内部散热器和外部散热器可以布置在电介质基板的相同表面或不同表面上,具有第一突起和第一凹槽相对于第二突起和第二凹槽的具体几何形状。
    • 7. 发明申请
    • Broadband Convex Ground Planes for Multipath Rejection
    • 用于多路径拒绝的宽带凸面飞机
    • US20110012808A1
    • 2011-01-20
    • US12797035
    • 2010-06-09
    • Dmitry TatarnikovAndrey AstakhovAnton Stepanenko
    • Dmitry TatarnikovAndrey AstakhovAnton Stepanenko
    • H01Q1/48
    • H01Q15/16H01Q15/0073H01Q19/10
    • A ground plane for reducing multipath reception comprises a convex conducting surface and an array of conducting elements disposed on at least a portion of the convex conducting surface. Embodiments of the convex conducting surface include a portion of a sphere and a sphere. Each conducting element comprises an elongated body structure having a transverse dimension and a length, wherein the transverse dimension is substantially less than the length. The cross-section of the elongated body structure can have various user-specified shapes. Each conducting element can further comprise a tip structure. The azimuth spacings, lengths, and surface densities of the conducting elements can be functions of meridian angle. An antenna can be mounted directly on the conducting convex surface or on a conducting or dielectric support structure mounted on the conducting convex surface. System components, such as a navigation receiver, can be mounted inside the conducting convex surface.
    • 用于减少多路径接收的接地平面包括凸形导电表面和布置在凸形导电表面的至少一部分上的导电元件阵列。 凸形导电表面的实施例包括球体和球体的一部分。 每个导电元件包括​​具有横向尺寸和长度的细长主体结构,其中横向尺寸基本上小于该长度。 细长体结构的横截面可以具有各种用户指定的形状。 每个导电元件还可以包括尖端结构。 导电元件的方位角间距,长度和表面密度可以是子午角的函数。 天线可以直接安装在导电凸表面上或安装在导电凸表面上的导电或介电支撑结构上。 诸如导航接收器的系统组件可以安装在导电凸表面内。
    • 9. 发明授权
    • Compact dual-frequency patch antenna
    • 紧凑型双频贴片天线
    • US09184504B2
    • 2015-11-10
    • US13448450
    • 2012-04-17
    • Dmitry TatarnikovAnton StepanenkoAndrey Astakhov
    • Dmitry TatarnikovAnton StepanenkoAndrey Astakhov
    • H01Q1/38H01Q9/04H01Q13/10H01Q5/40
    • H01Q9/0464H01Q5/40H01Q9/0407H01Q13/106
    • A dual-frequency patch antenna includes a ground plane, an inside radiator, and an outside radiator. The inside radiator is configured as a region with a periphery, along which is a series of first protrusions separated by first grooves. The outside radiator is configured as a ring with an outer periphery and an inner periphery, along which is a series of second protrusions separated by second grooves. A set of conducting elements electrically connect the series of second protrusions with the ground plane. The inside radiator and the outside radiator can be fabricated on a dielectric substrate separated from the ground plane by a dielectric solid or air. The inside radiator and the outside radiator can be disposed on the same surface or on different surfaces of the dielectric substrate, with specific geometries of the first protrusions and first grooves relative to the second protrusions and second grooves.
    • 双频贴片天线包括接地平面,内部散热器和外部散热器。 内部散热器构成为具有周边的区域,沿着该区域形成有由第一槽分隔开的一系列第一突起。 外部散热器被构造成具有外周和内周的环,沿着该外周辐射体是由第二凹槽分开的一系列第二突起。 一组导电元件将一系列第二突起与接地平面电连接。 内部散热器和外部散热器可以通过介电固体或空气在与接地平面分离的电介质基板上制造。 内部散热器和外部散热器可以布置在电介质基板的相同表面或不同表面上,具有第一突起和第一凹槽相对于第二突起和第二凹槽的具体几何形状。