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    • 4. 发明授权
    • Apparatus for determining diameter of parabolic antenna and method therefor
    • 用于确定抛物面天线直径的装置及其方法
    • US07653501B2
    • 2010-01-26
    • US12088461
    • 2005-12-26
    • Jeom-hun LeeJae-Hoon KimHo-Jin Lee
    • Jeom-hun LeeJae-Hoon KimHo-Jin Lee
    • G01R23/00
    • G01B21/10H01Q19/132
    • Provided are an apparatus and method for determining a diameter of a reflector antenna. The apparatus includes a setting unit for setting up electrical characteristic values of the reflector antenna upon receipt thereof from outside, a parameter input unit for receiving a frequency, an antenna diameter variable value, antenna efficiency, Edge Taper (ET), and an Edge Of Coverage (EOC) angle as parameters for each of multiple frequencies to be accommodated in the reflector antenna, a graph generator for generating, on one rectangular coordinate, a graph representing the relationship between an antenna diameter and EOC directivity with respect to the EOC angle based on the parameters for each frequency received through the parameter input unit, an antenna diameter determination unit for determining an antenna diameter that simultaneously meets the preset EOC directivities for the frequencies to be accommodated in the reflector antenna by using the graph generated by the graph generation unit, and a graph output unit for mapping and outputting the graph generated by the graph generation unit on one rectangular coordinate with an antenna diameter axis and an EOC directivity axis to thereby represent the antenna diameter determined by the antenna diameter determination unit on the graph.
    • 提供了一种用于确定反射器天线的直径的装置和方法。 该装置包括:设置单元,用于在从外部接收反射器天线时设置反射器天线的电特性值,用于接收频率的参数输入单元,天线直径可变值,天线效率,边缘锥度(ET) 覆盖(EOC)角度作为要容纳在反射器天线中的多个频率中的每一个的参数,图形生成器,用于在一个矩形坐标上生成表示相对于基于EOC角度的天线直径和EOC方向性之间的关系的曲线图 关于通过参数输入单元接收的每个频率的参数,天线直径确定单元,用于通过使用由图形生成单元生成的图形来确定同时满足反射天线中容纳的频率的预设EOC方向性的天线直径 以及用于映射和输出由该图形生成的图形的图形输出单元 生成单元,其具有天线直径轴和EOC方向轴的一个矩形坐标,从而表示由图中天线直径确定单元确定的天线直径。
    • 5. 发明申请
    • Apparatus for Determining Diameter of Parabolic Antenna and Method Therefor
    • 用于确定抛物线天线直径的装置及其方法
    • US20080249739A1
    • 2008-10-09
    • US12088461
    • 2005-12-26
    • Jeom-Hun LeeJae-Hoon KimHo-Jin Lee
    • Jeom-Hun LeeJae-Hoon KimHo-Jin Lee
    • G01B21/10
    • G01B21/10H01Q19/132
    • Provided are an apparatus and method for determining a diameter of a reflector antenna. The apparatus includes a setting unit for setting up electrical characteristic values of the reflector antenna upon receipt thereof from outside, a parameter input unit for receiving a frequency, an antenna diameter variable value, antenna efficiency, Edge Taper (ET), and an Edge Of Coverage (EOC) angle as parameters for each of multiple frequencies to be accommodated in the reflector antenna, a graph generator for generating, on one rectangular coordinate, a graph representing the relationship between an antenna diameter and EOC directivity with respect to the EOC angle based on the parameters for each frequency received through the parameter input unit, an antenna diameter determination unit for determining an antenna diameter that simultaneously meets the preset EOC directivities for the frequencies to be accommodated in the reflector antenna by using the graph generated by the graph generation unit, and a graph output unit for mapping and outputting the graph generated by the graph generation unit on one rectangular coordinate with an antenna diameter axis and an EOC directivity axis to thereby represent the antenna diameter determined by the antenna diameter determination unit on the graph.
    • 提供了一种用于确定反射器天线的直径的装置和方法。 该装置包括:设置单元,用于在从外部接收反射器天线时设置反射器天线的电特性值,用于接收频率的参数输入单元,天线直径可变值,天线效率,边缘锥度(ET) 覆盖(EOC)角度作为要容纳在反射器天线中的多个频率中的每一个的参数,图形生成器,用于在一个矩形坐标上生成表示相对于基于EOC角度的天线直径和EOC方向性之间的关系的曲线图 关于通过参数输入单元接收的每个频率的参数,天线直径确定单元,用于通过使用由图形生成单元生成的图形来确定同时满足反射天线中容纳的频率的预设EOC方向性的天线直径 以及用于映射和输出由该图形生成的图形的图形输出单元 生成单元,其具有天线直径轴和EOC方向轴的一个矩形坐标,从而表示由图中天线直径确定单元确定的天线直径。
    • 6. 发明申请
    • Satellite ground control system using communication satellite
    • 卫星地面控制系统采用通信卫星
    • US20080092180A1
    • 2008-04-17
    • US11646392
    • 2006-12-28
    • Tae-Hee KimJeom-Hun LeeJae-Hoon Kim
    • Tae-Hee KimJeom-Hun LeeJae-Hoon Kim
    • G06F3/00G06F13/00H04N7/20H04N5/445
    • H04B7/18519
    • Provided is a satellite ground control system and method based on a communication satellite. The system includes: a communication satellite link means for monitoring and controlling a system device and transmitting remote measurement data and a process result to the central control station; an interface for analyzing the command, transmitting the command to a processing means and transmitting remote measurement data and a process result to the communication satellite link means; a satellite operating means for receiving a command from the interface, transforming the command into a remote command and transmitting remote measurement data to the interface; and a control satellite link means for transmitting the received remote command, receiving the remote measurement data, transmitting the remote measurement data to the satellite operating means, and transmitting a process result of monitor and control of a corresponding system device to the interface.
    • 提供了一种基于通信卫星的卫星地面控制系统和方法。 该系统包括:通信卫星链路装置,用于监视和控制系统设备,并将中间控制站的远程测量数据和处理结果发送; 用于分析命令的接口,将命令发送到处理装置并将远程测量数据和处理结果发送到通信卫星链路装置; 卫星操作装置,用于从所述接口接收命令,将所述命令转换成远程命令并将远程测量数据发送到所述接口; 以及控制卫星链路装置,用于发送所接收的远程命令,接收所述远程测量数据,将所述远程测量数据发送到所述卫星操作装置,以及将对应的系统装置的监视和控制的处理结果发送到所述接口。
    • 7. 发明申请
    • EMERGENCY POSITION INDICATING RADIO BEACON TERMINAL AND APPARATUS AND METHOD FOR MONITORING OPERATING STATE THEREOF
    • 表示无线电通信终端的紧急位置及其操作状态的监控方法
    • US20120299776A1
    • 2012-11-29
    • US13575998
    • 2011-03-11
    • Jeom-Hun LeeSanguk Lee
    • Jeom-Hun LeeSanguk Lee
    • G08B21/10
    • B63C9/00G01S19/17G08B21/028H04M11/04
    • The present invention relates to an emergency position indicating radio beacon (EPIRB) terminal for confirming positions of ships and rescuing the ships during a marine disaster in a marine search and rescue system and an apparatus and a method for monitoring an operating state of the EPIRB terminal. The EPIRB terminal comprises: a sensor unit for sensing the sinking of a ship in which the EPIRB terminal is provided; a generation unit for generating a distress message corresponding to the sensed result of the sensor unit; and a transmission unit for broadcasting a distress signal including the distress message. The sensor unit comprises: a water-pressure sensor for outputting a water-pressure detection signal by sensing the water pressure in the inside of the ship; a moisture sensor for outputting a moisture detection signal by sensing the moisture inside the ship; and a separation sensor for outputting a separation detection signal by sensing the separation of the EPIRB terminal from the ship. The sensor unit outputs a generating request signal of the distress message to the generation unit by normally sensing the sinking of the ship when the water-pressure detection signal, the moisture detection signal, and the separation detection signal are outputted.
    • 本发明涉及一种用于在海上搜救系统中确认海上灾害期间船舶位置和拯救船舶的无线电信标(EPIRB)终端的紧急位置以及用于监视EPIRB终端的操作状态的装置和方法 。 EPIRB终端包括:传感器单元,用于感测提供EPIRB终端的船舶的下沉; 生成单元,用于生成与传感器单元的感测结果相对应的遇险消息; 以及发送单元,用于广播包括遇难消息的遇难信号。 传感器单元包括:水压传感器,用于通过感测船舶内部的水压来输出水压检测信号; 水分传感器,用于通过感测船内的水分来输出水分检测信号; 以及分离传感器,用于通过感测EPIRB端子与船的分离来输出分离检测信号。 当输出水压检测信号,湿度检测信号和分离检测信号时,传感器单元通过常规地感测船舶的沉没,将遇险消息的生成请求信号输出到生成单元。
    • 10. 发明申请
    • MOBILE APPARATUS FOR TRACKING SATELLITE AND METHOD THEREOF
    • 用于跟踪卫星的移动设备及其方法
    • US20100066600A1
    • 2010-03-18
    • US12447812
    • 2007-10-31
    • Jeom Hun LeeSang Uk LeeIn One JooTae Hee KimJae Hoon Kim
    • Jeom Hun LeeSang Uk LeeIn One JooTae Hee KimJae Hoon Kim
    • G01S19/24
    • G01S3/38G01S5/0252G01S19/53
    • A mobile apparatus for tracking a satellite, includes: a mobile unit; a GPS receiving unit mounted on the mobile unit that generates position coordinates of the mobile unit; a level meter mounted on the mobile unit that adjusts the mobile unit in horizontal and obtains a tilt angle of the mobile unit; an antenna unit mounted on the mobile unit and being adjusted to the true north direction according to the position coordinates. Further, the mobile apparatus for tracking a satellite includes position tracking control unit mounted on the mobile unit that temporarily stops the mobile unit when tracking a position of the satellite, adjusts the mobile unit in horizontal by the level meter and aligns the position coordinates and the tile angles to correct current position information of the mobile unit.
    • 一种用于跟踪卫星的移动装置,包括:移动单元; 安装在移动单元上的GPS接收单元,其生成移动单元的位置坐标; 安装在移动单元上的水平仪,其将水平移动单元调整并获得移动单元的倾斜角; 安装在移动单元上并根据位置坐标调整到真北方向的天线单元。 此外,用于跟踪卫星的移动装置包括安装在移动单元上的位置跟踪控制单元,其在跟踪卫星的位置时临时停止移动单元,通过水位计调整移动单元的水平度,并将位置坐标和 瓦片角度以校正移动单元的当前位置信息。