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    • 3. 发明授权
    • Radome for generating circular polarized electromagnetic waves
    • 用于产生圆极化电磁波的天线罩
    • US4477815A
    • 1984-10-16
    • US281314
    • 1981-07-08
    • Anton BrunnerKlaus Rieskamp
    • Anton BrunnerKlaus Rieskamp
    • H01Q1/42H01Q15/12H01Q15/24
    • H01Q1/425H01Q15/12H01Q15/244
    • Means for re-polarizing and generating circularly polarized waves using a single or multi-layer lattice structure which is placed in front of a radiation aperture with the lattice structure consisting of a plurality of conductors extending in the form of lines which meander and might be rectangular combinations or the like. With a lattice, a polarization conversion into circular polarization and the suppression of orthogonal polarization components is simultaneously achieved by providing that the meandering lines 4 extend in a direction such that the meander lines have an angle of 45.degree. at every location with respect to the respective E vectors of the linearly polarized E-vector fields at such locations. The re-polarization means can be used as a Radome of a target tracking radar antenna.
    • 用于使用单层或多层晶格结构进行重新偏振和产生圆偏振波的装置,其放置在辐射孔前面,其中晶格结构由多条导体延伸的导体延伸,该导体蜿蜒并且可以是矩形 组合等。 利用晶格,通过使曲折线4沿着使得弯曲线相对于相应的每个位置具有45°的角度的方向延伸的方向同时实现偏振转换为圆偏振和正交偏振分量的抑制 在这些位置处的线性偏振E矢量场的E矢量。 重极化装置可以用作目标跟踪雷达天线的天线罩。
    • 4. 发明授权
    • Smartcard and method for production of a smartcard
    • 用于生产智能卡的智能卡和方法
    • US07331528B2
    • 2008-02-19
    • US10537386
    • 2003-12-02
    • Michael ReidAnton Brunner
    • Michael ReidAnton Brunner
    • G06K19/06
    • G06K19/0775G06K19/07745G06K19/07749H01L2924/0002H05K1/183H05K3/321H05K2201/0314H05K2201/09472H05K2201/10727H01L2924/00
    • The invention relates to a smart card and also to a method of producing such a smart card having a card body (11), at least one recess (12a, 12b) arranged therein for receiving at least one chip module (16) having module connections (17) in the edge region (16a) of the chip module (16) and a conductive structure body embedded in the card body (11) and having body contact connections (13), in particular an antenna having antenna connections which are arranged below the edge region (16a) of the chip module (16), where, with the chip module (16) installed between the module connections (17) on the one hand and the body contact connections (13) on the other hand, adhesive parts (14) preferably applied at points and made of elastic, conductive material are arranged between the connections (13, 17) with pressure being applied to produce a contact.
    • 智能卡技术领域本发明涉及一种智能卡,还涉及一种制造具有卡体(11)的智能卡的方法,其中布置有至少一个凹槽(12a,12b),以容纳至少一个芯片模块(16),所述芯片模块 芯片模块(16)的边缘区域(16a)中的模块连接(17)和嵌入在卡体(11)中并具有主体接触连接(13)的导电结构体,特别是具有天线连接 布置在芯片模块(16)的边缘区域(16a)的下方,其中芯片模块(16)一方面安装在模块连接(17)与另一方面的身体接触连接(13)之间 通过施加压力以产生接触,优选地在弹性导电材料的点处施加的粘合部件(14)布置在连接件(13,17)之间。
    • 6. 发明授权
    • Multiple omnidirectional antenna
    • 多个全向天线
    • US4297707A
    • 1981-10-27
    • US45228
    • 1979-06-04
    • Anton BrunnerNikolaus Willburger
    • Anton BrunnerNikolaus Willburger
    • H01Q5/00H01Q21/30H01Q13/12
    • H01Q21/30
    • A multiple omnidirectional antenna, utilizing individual antennae for different frequencies, and/or different polarizations, disposed along a common axis, and employing a multiple coaxial feed from one side only, in which the omnidirectional antenna which is remote from the feed side, is in the form of an axial wave-guide section, with the portion defining the walls thereof being connected to the outer conductor of the innermost coaxial feed line, and at least, in effect, defining at least one slot therein which runs transversely to the desired polarization direction of such antenna, with the inner conductor of the innermost coaxial feed line forming the exciting element therefor and projecting into the interior of said wave-guide, and/or at least one other omnidirectional antenna in the form of a coaxial line section, the walls of which are connected to the outer conductor of another coaxial feed line, and are provided with at least one slot therein which runs transversely to the desired polarization direction of said antenna, with the inner conductor of such other coaxial line passing through the interior of said coaxial line section. Combinations of horizontal, vertical and circular polarizations may be employed.
    • 多个全向天线,其利用沿着公共轴设置的不同频率的单独天线和/或不同的极化,并且仅从一侧采用多个同轴馈送,其中远离进料侧的全向天线处于 轴向波导部分的形式,其中限定其壁的部分连接到最内同轴馈送线的外导体,并且至少实际上限定其中至少一个狭槽,其中横向于期望的极化 这种天线的方向,最内同轴馈电线的内导体形成激发元件并且突出到所述波导的内部,和/或以同轴线段形式的至少一个其它全向天线, 其壁连接到另一个同轴馈电线的外部导体,并且在其中设置有至少一个槽,其中横向于desi 所述天线的红色偏振方向,其他同轴线的内部导体穿过所述同轴线路部分的内部。 可以采用水平,垂直和圆偏振的组合。
    • 7. 发明授权
    • Polarization means for generating circularly polarized electro-magnetic
waves
    • 用于产生圆偏振电磁波的极化装置
    • US4479128A
    • 1984-10-23
    • US281323
    • 1981-07-08
    • Anton BrunnerKlaus Rieskamp
    • Anton BrunnerKlaus Rieskamp
    • H01Q1/42H01Q15/12H01Q15/24
    • H01Q15/12H01Q1/425H01Q15/244
    • A re-polarization means for generating circular polarized electro-magnetic waves using single or multi-layer lattice structure mounted in front of a radiation aperture with the lattice structure comprising a plurality of conductors which extend parallel to each other and/or meander shaped and wherein the lattice structure has one or more additional layers which are closer to the radiation aperture and which has a plurality of parallel conductors but that are inclined by an angle of 45.degree. relative to the direction of the conductors mounted on the other layers which meander. Additionally, orthogonal polarization suppression is achieved with the apparatus of the invention. The invention can be applied to a radom of a target tracking radar antenna, for example.
    • 一种用于使用安装在辐射孔前面的单层或多层晶格结构产生圆偏振电磁波的再偏振装置,其中晶格结构包括彼此平行延伸和/或弯曲成形的多个导体,并且其中 晶格结构具有一个或多个附近的层,其更靠近辐射孔并且具有多个平行的导体,但是相对于安装在弯曲的其它层上的导体的方向倾斜45°的角度。 此外,通过本发明的装置实现正交极化抑制。 例如,本发明可以应用于目标跟踪雷达天线的天线。
    • 8. 发明授权
    • Antenna arrangement for a radar surveillance method for target locating
with altitude acquisition
    • 雷达监视方法的天线布置用于高空采集的目标定位
    • US4353073A
    • 1982-10-05
    • US201280
    • 1980-10-27
    • Anton BrunnerErwin Kress
    • Anton BrunnerErwin Kress
    • H01Q19/13H01Q25/00H01Q3/24H01Q19/15
    • H01Q25/00H01Q19/138
    • An antenna arrangement for a radar surveillance method for target locating having altitude acquisition provides that, for the purpose of level comparison, a plurality of overlapping lobes lying above one another are generated by a reflector rotating around a vertical axis together with a primary radiator row arranged essentially vertically. In employing a paraboloid of revolution as the reflector, a vertical primary radiator row is arranged around its focal point. Given more greatly deflected beams whose exciters are at a greater distance from the focal point, the gain in such an antenna decreases as the side lobes increase, limiting the elevation angle range. A single parabolic cylinder reflector generating a beam and focusing only in the horizontal plane is employed as the reflector, the individual radiators of a primary radiator row being arranged along its focal line. The horizontal extent of the primary radiators is so small and the vertical extent is so great that the desired bundling of the individual lobes lying one above another arises. The antenna arrangement according to the invention can be advantageously employed in an X-band radar having altitude acquisition.
    • 一种用于具有高度采集的目标定位的雷达监视方法的天线装置,其特征在于,为了进行电平比较,通过围绕垂直轴线旋转的反射器与排列的主辐射器排一起产生多个彼此重叠的重叠波瓣 基本垂直。 在采用旋转抛物面作为反射器时,在其焦点周围布置有垂直主辐射器排。 给定更多的偏转光束,其激发器距离焦点更大的距离,这样的天线中的增益随着旁瓣增加而减小,限制了仰角范围。 采用仅在水平面中产生光束和聚焦的单个抛物面圆柱反射器作为反射器,主辐射器排的各个散热器沿其焦线布置。 主辐射器的水平范围如此之小,垂直范围如此之大,以至于出现位于另一个之上的单个叶片的期望捆扎。 根据本发明的天线装置可以有利地用于具有高度采集的X波段雷达。
    • 10. 发明授权
    • RF homing head antenna system for missiles
    • 用于导弹的射频归位头天线系统
    • US5686929A
    • 1997-11-11
    • US547537
    • 1995-10-24
    • Helmuth ThiereAnton BrunnerPeter Fritsche
    • Helmuth ThiereAnton BrunnerPeter Fritsche
    • H01Q1/28H01Q11/10H01Q25/02H01Q21/26
    • H01Q1/281H01Q11/105H01Q25/02
    • A RF antenna system mounted on, for example, a dielectric carrier plate is accommodated as a homing head in the front under a radome in a missile provided for locating radar systems or the like, in addition to other, further sensors potentially present in free spaces. The RF antenna system is composed of a three's or four's group of logarithmic-periodic crossed dipole antennas whose long axes proceed with optimized dimension obliquely relative to one another and that are interconnected with a monopulse feed network for taking aggregate and difference diagrams in azimuth and elevation. The antenna system for long-range missiles enables a monopulse position fixing in azimuthal or, respectively, elevational direction in an extremely broad frequency range.
    • 安装在例如电介质载体板上的RF天线系统作为定位雷达系统等的导弹的天线罩内的前端被安置,除了可能存在于自由空间中的其它传感器之外 。 RF天线系统由三组或四组的对数周期交叉偶极天线组成,其长轴相对于彼此倾斜地进行优化尺寸,并与单脉冲馈电网络相互连接,用于采集方位角和高程中的聚集和差分图 。 用于远程导弹的天线系统使得能够在极宽的频率范围内以方位角或相应的高度方向固定单脉冲位置。