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    • 1. 发明授权
    • Vector modulator using time delay and phase shifter
    • 矢量调制器使用时延和移相器
    • US08400229B2
    • 2013-03-19
    • US13042376
    • 2011-03-07
    • Heon soo ChoiChang su ChoiHyung jun JeonYeong chan KimJae hwan ImJin Kuk Hong
    • Heon soo ChoiChang su ChoiHyung jun JeonYeong chan KimJae hwan ImJin Kuk Hong
    • H03K7/08
    • H03C5/00H03C2200/0058
    • An vector modulator using a time delay and a phase shifter is disclosed, the vector modulator including a time delay (110) varying a phase of an input signal by time-delaying the input signal; a first coupler (120) converting the signal outputted in changed phase through the time delay to an I channel signal and a Q channel signal each having a 90° phase difference and outputting the I/Q channel signals; a first phase shifter (130) varying the phase of the I channel signal outputted from the first coupler within a predetermined phase range and outputting the phase-variable I channel signal; a second phase shifter (140) varying the Q channel signal outputted from the first coupler within a predetermined phase range and outputting the phase-variable Q channel signal; and a second coupler (150) coupling phase-variable I/Q channel signals and outputting the coupled signals.
    • 公开了使用时间延迟和移相器的矢量调制器,该矢量调制器包括通过对输入信号进行时间延迟来改变输入信号的相位的时间延迟(110); 第一耦合器(120),将经改变的相位输出的信号通过时间延迟转换为具有90°相位差的I信道信号和Q信道信号,并输出I / Q信道信号; 第一移相器(130),在预定相位范围内改变从第一耦合器输出的I信道信号的相位,并输出相位变量I信道信号; 第二移相器(140),在预定相位范围内改变从第一耦合器输出的Q信道信号,并输出相位可变Q信道信号; 以及耦合相变I / Q信道信号并输出​​耦合信号的第二耦合器(150)。
    • 2. 发明申请
    • VECTOR MODULATOR USING TIME DELAY AND PHASE SHIFTER
    • 使用时间延迟和相位偏移的矢量调制器
    • US20120229227A1
    • 2012-09-13
    • US13042376
    • 2011-03-07
    • Heon Soo ChoiChang Su ChoiHyung Jun JeonYeong Chan KimJae Hwan ImJin Kuk Hong
    • Heon Soo ChoiChang Su ChoiHyung Jun JeonYeong Chan KimJae Hwan ImJin Kuk Hong
    • H03C3/00
    • H03C5/00H03C2200/0058
    • An vector modulator using a time delay and a phase shifter is disclosed, the vector modulator including a time delay (110) varying a phase of an input signal by time-delaying the input signal; a first coupler (120) converting the signal outputted in changed phase through the time delay to an I channel signal and a Q channel signal each having a 90° phase difference and outputting the I/Q channel signals; a first phase shifter (130) varying the phase of the I channel signal outputted from the first coupler within a predetermined phase range and outputting the phase-variable I channel signal; a second phase shifter (140) varying the Q channel signal outputted from the first coupler within a predetermined phase range and outputting the phase-variable Q channel signal; and a second coupler (150) coupling phase-variable I/Q channel signals and outputting the coupled signals.
    • 公开了使用时间延迟和移相器的矢量调制器,该矢量调制器包括通过对输入信号进行时间延迟来改变输入信号的相位的时间延迟(110); 第一耦合器(120),将经改变的相位输出的信号通过时间延迟转换为具有90°相位差的I信道信号和Q信道信号,并输出I / Q信道信号; 第一移相器(130),在预定相位范围内改变从第一耦合器输出的I信道信号的相位,并输出相位变量I信道信号; 第二移相器(140),在预定相位范围内改变从第一耦合器输出的Q信道信号,并输出相位可变Q信道信号; 以及耦合相变I / Q信道信号并输出​​耦合信号的第二耦合器(150)。
    • 4. 发明授权
    • Gate system
    • 门系统
    • US08742930B2
    • 2014-06-03
    • US13046604
    • 2011-03-11
    • Jin Kuk HongJeong Ki RyooJae Yul ChooHyung Jun Jeon
    • Jin Kuk HongJeong Ki RyooJae Yul ChooHyung Jun Jeon
    • G08B13/14G05B19/00
    • G08B13/2417G08B13/2474G08B13/248
    • Disclosed is a gate system arranged on two gate frames and detects a tag passing between the two gate frames, the gate system including at least two gate frames that are vertically arranged facing with each other; at least two antenna units that are arranged on the at least two gate frames, respectively; and a reader that is arranged on each of the at least two gate frames and enables the at least two antenna units to emit electromagnetic wave to an article passing between the at least two gate frames using a predetermined frequency signal, and obtains information stored in a tag using a signal that the at least two antenna units receives from the at least two antenna units.
    • 公开了一种设置在两个门框上的门系统,用于检测在两个门框之间通过的标签,该门系统包括彼此垂直排列的至少两个门框; 分别布置在所述至少两个门框上的至少两个天线单元; 以及读取器,其布置在所述至少两个门帧中的每一个上,并且使得所述至少两个天线单元能够使用预定频率信号向通过所述至少两个门帧之间的物品发射电磁波,并获得存储在所述至少两个门帧中的信息 标签,使用至少两个天线单元从至少两个天线单元接收的信号。
    • 9. 发明授权
    • Radio frequency identification tag
    • 射频识别标签
    • US08537069B2
    • 2013-09-17
    • US12985284
    • 2011-01-05
    • Jae Yul ChooJeong Ki RyooJin Kuk Hong
    • Jae Yul ChooJeong Ki RyooJin Kuk Hong
    • H01Q9/28
    • G06K19/07749G06K19/07735G06K19/07786H01Q1/2216H01Q9/26H01Q9/285
    • An RFID tag is disclosed, wherein the RFID tag includes a radiation pattern printing on an upper surface of a first dielectric substrate, a cross (+) type slot formed towards an upper part, a lower part, a left-side and a right-side on the basis of a center of the radiation pattern to divide a left-side radiation pattern and a right-side radiation pattern, a plurality of first connection patterns formed inside the upper part of the cross (+) type slot, connecting the left-side radiation pattern with the right-side radiation pattern, a tag chip settled inside the lower part of the cross (+) type slot, a feeding loop pattern electrically connecting the tag chip and the left-side radiation pattern, and the right-side radiation pattern, and a plurality of second connection patterns connecting the left-side radiation pattern and the right-side radiation pattern at an end part of the feeding loop pattern.
    • 公开了一种RFID标签,其中RFID标签包括在第一电介质基板的上表面上的辐射图案印刷,朝向上部形成的十字(+)型槽,下部,左侧和右侧, 基于放射图案的中心分割左侧辐射图案和右侧辐射图案的多个第一连接图案,形成在十字(+)型槽的上部内部的多个第一连接图案,其连接左 具有右侧辐射图案的侧面辐射图案,沉积在十字(+)型槽的下部内的标签芯片,电连接标签芯片和左侧辐射图案的馈送环路图案, 以及在馈送环路图案的端部连接左侧辐射图案和右侧辐射图案的多个第二连接图案。