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    • 61. 发明授权
    • Array antenna of mobile terminal and implementing method thereof
    • 移动终端阵列天线及其实现方法
    • US09099784B2
    • 2015-08-04
    • US13976700
    • 2011-06-13
    • Hui JiangHao AiLu ZhangYing LiuChao Li
    • Hui JiangHao AiLu ZhangYing LiuChao Li
    • H01Q1/24H01Q1/50H01Q9/04H01Q21/29
    • H01Q1/50H01Q1/243H01Q9/0407H01Q9/0414H01Q21/28H01Q21/29Y10T29/49016
    • An antenna array of a mobile terminal and an implementing method thereof are disclosed in this document. The antenna array includes: a mobile terminal floorboard, configured to act as a radiation body to radiate antenna energy coupled by multiple pairs of coupling units, and multiple pairs of coupling units corresponding to multiple antennas, each of which are fixed at two ends of the mobile terminal floorboard and are configured to inspire a waveguide mode of the mobile terminal floorboard to radiate the coupled antenna energy through feed points of feed lines of each coupling unit therein, located at the same side of a dielectric material plate; and a matching circuit located at the other side of the dielectric material plate, connected with the feed points located at the opposite side of the dielectric material plate and configured to implement impedance matching of a micro-strip feed line of each coupling unit.
    • 本文中公开了移动终端的天线阵列及其实现方法。 天线阵列包括:移动终端地板块,其被配置为充当辐射体以辐射由多对耦合单元耦合的天线能量,以及对应于多个天线的多对耦合单元,每对耦合单元固定在 配置为启动移动终端地板块的波导模式,以通过位于介电材料板的同一侧的每个耦合单元的馈送线的馈送点辐射耦合的天线能量; 以及匹配电路,位于电介质材料板的另一侧,与位于电介质材料板的相对侧的馈电点相连,并被配置为实现每个耦合单元的微带馈电线的阻抗匹配。
    • 65. 发明申请
    • ARRAY ANTENNA OF MOBILE TERMINAL AND IMPLEMENTING METHOD THEREOF
    • 移动终端阵列天线及其实施方法
    • US20130300629A1
    • 2013-11-14
    • US13976700
    • 2011-06-13
    • Hui JiangHao AiLu ZhangYing LiuChao Li
    • Hui JiangHao AiLu ZhangYing LiuChao Li
    • H01Q1/50
    • H01Q1/50H01Q1/243H01Q9/0407H01Q9/0414H01Q21/28H01Q21/29Y10T29/49016
    • An antenna array of a mobile terminal and an implementing method thereof are disclosed in this document. The antenna array includes: a mobile terminal floorboard, configured to act as a radiation body to radiate antenna energy coupled by multiple pairs of coupling units, and multiple pairs of coupling units corresponding to multiple antennas, each of which are fixed at two ends of the mobile terminal floorboard and are configured to inspire a waveguide mode of the mobile terminal floorboard to radiate the coupled antenna energy through feed points of feed lines of each coupling unit therein, located at the same side of a dielectric material plate; and a matching circuit located at the other side of the dielectric material plate, connected with the feed points located at the opposite side of the dielectric material plate and configured to implement impedance matching of a micro-strip feed line of each coupling unit.
    • 本文中公开了移动终端的天线阵列及其实现方法。 天线阵列包括:移动终端地板块,其被配置为充当辐射体以辐射由多对耦合单元耦合的天线能量,以及对应于多个天线的多对耦合单元,每对耦合单元固定在 配置为启动移动终端地板块的波导模式,以通过位于介电材料板的同一侧的每个耦合单元的馈送线的馈送点辐射耦合的天线能量; 以及匹配电路,位于电介质材料板的另一侧,与位于电介质材料板的相对侧的馈电点相连,并被配置为实现每个耦合单元的微带馈电线的阻抗匹配。
    • 67. 发明授权
    • System and method for generating alert signals in a weather awareness and warning system
    • 在天气意识和警告系统中产生警报信号的系统和方法
    • US08244418B1
    • 2012-08-14
    • US12217457
    • 2008-07-03
    • David A. FrankLu Zhang
    • David A. FrankLu Zhang
    • G01W1/00G08B21/00
    • G01W1/00G01C23/00G01W2001/006
    • A weather awareness and warning system (“WAWS”) provides aircraft position data and weather data input to a weather alert (“WA”) processor from a navigation system and a datalink system. The weather data contains three-dimensional delineations of a defined weather area. The WA processor determines an aircraft alert position and a weather alert zone; if the aircraft alert position falls within or penetrates the weather alert zone, the WA processor generates an alert signal and provides a weather alert signal to an alerting system comprising of visual alert(s) displayed on a display unit such as an HDD unit or a HUD unit, or an aural alert sounded by an aural alert unit. The aircraft alert position and weather alert zone could be determined by the WA processor by executing an algorithm(s) embedded in software containing the disclosed embodiments and methods.
    • 天气意识和警告系统(“WAWS”)提供从导航系统和数据链路系统输入到天气警报(“WA”)处理器的飞机位置数据和天气数据。 天气数据包含定义的天气区域的三维描绘。 WA处理器确定飞行器警报位置和天气警报区域; 如果飞机警报位置落入或穿透天气警报区域,则WA处理器产生警报信号,并向包括显示在诸如HDD单元或显示器的显示单元上的视觉警报的警报系统提供天气警报信号 HUD单元或由听觉警报单元发出的听觉警报。 航空器警报位置和天气警报区域可以由WA处理器通过执行嵌入在包含所公开的实施例和方法的软件中的算法来确定。