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    • 1. 发明授权
    • Glass antenna device for an automobile
    • 汽车玻璃天线装置
    • US5654721A
    • 1997-08-05
    • US608316
    • 1996-02-28
    • Toshihiko SaitouShotaro Takenobu
    • Toshihiko SaitouShotaro Takenobu
    • H01Q1/12H01Q1/32
    • H01Q1/1278H01Q1/1271
    • A glass antenna device for an automobile which has an electric heating type defogger, antenna conductors disposed near the defogger in a capacitive coupling relation, which are formed on a glass sheet to be fitted to a rear window opening of an automobile, and a reactance circuit connected between bus bars for the defogger and a d.c. power source for the defogger, wherein there is an anti-resonance point caused by impedance composed mainly of capacitance which is produced in correlation among the antenna conductors, the defogger and the body of automobile and the impedance of the reactance circuit, the anti-resonance point being out a predetermined receiving frequency band region or a predetermined broadcast frequency band region, andthere is a resonance point between the frequency of 1.5 times of f.sub.H and f.sub.L, where f.sub.H is the highest frequency in the predetermined receiving frequency band region or the predetermined broadcast frequency band region and f.sub.L is the lowest frequency of the same, which is caused by the impedance of a predetermined circuit connected between a power feeding terminal for the antenna conductors and a receiver; the input impedance of the receiver and the impedance of the antenna conductor side viewed from the predetermined circuit.
    • 一种用于汽车的玻璃天线装置,其具有电加热型除雾器,设置在电容耦合关系的除雾器附近的天线导体,其形成在要装配到汽车的后窗开口的玻璃板上,以及电抗电路 连接在除雾器的母线和直流电 用于除雾器的电源,其中存在由主要由天线导体,除雾器和汽车体之间相关产生的电容所组成的阻抗和电抗电路的阻抗,抗共振 指出出预定的接收频带区域或预定的广播频带区域,并且在fH和fL的1.5倍的频率之间存在共振点,其中fH是预定接收频带区域中的最高频率或预定接收频带区域中的最高频率 广播频带区域和fL是由天线导体的馈电端子和接收器之间连接的预定电路的阻抗引起的最低频率; 从预定电路观察接收机的输入阻抗和天线导体侧的阻抗。
    • 2. 发明授权
    • Glass antenna device for an automobile
    • 汽车玻璃天线装置
    • US5877727A
    • 1999-03-02
    • US841660
    • 1997-04-30
    • Toshihiko SaitouShotaro Takenobu
    • Toshihiko SaitouShotaro Takenobu
    • H01Q1/12H01Q1/32
    • H01Q1/1278H01Q1/1271
    • A glass antenna device for an automobile which has an electric heating type defogger, antenna conductors disposed near the defogger in a capacitive coupling relation, which are formed on a glass sheet to be fitted to a rear window opening of an automobile, and a reactance circuit connected between bus bars for the defogger and a d.c. power source for the defogger, wherein there is an anti-resonance point caused by impedance composed mainly of capacitance which is produced in correlation among the antenna conductors, the defogger and the body of automobile and the impedance of the reactance circuit, the anti-resonance point being out a predetermined receiving frequency band region or a predetermined broadcast frequency band region, and there is a resonance point between the frequency of 1.5 times of f.sub.H and f.sub.L, where f.sub.H is the highest frequency in the predetermined receiving frequency band region or the predetermined broadcast frequency band region and f.sub.L is the lowest frequency of the same, which is caused by the impedance of a predetermined circuit connected between a power feeding terminal for the antenna conductors and a receiver; the input impedance of the receiver and the impedance of the antenna conductor side viewed from the predetermined circuit.
    • 一种用于汽车的玻璃天线装置,其具有电加热型除雾器,设置在电容耦合关系的除雾器附近的天线导体,其形成在要装配到汽车的后窗开口的玻璃板上,以及电抗电路 连接在除雾器的母线和直流电 用于除雾器的电源,其中存在由主要由天线导体,除雾器和汽车体之间相关产生的电容所组成的阻抗和电抗电路的阻抗,抗共振 指出出预定的接收频带区域或预定的广播频带区域,并且在fH和fL的1.5倍的频率之间存在共振点,其中fH是预定接收频带区域中的最高频率或预定接收频带区域中的最高频率 广播频带区域和fL是由天线导体的馈电端子和接收器之间连接的预定电路的阻抗引起的最低频率; 从预定电路观察接收机的输入阻抗和天线导体侧的阻抗。
    • 3. 发明授权
    • Glass antenna device for an automobile
    • US5654720A
    • 1997-08-05
    • US591146
    • 1996-01-25
    • Toshihiko SaitouShotaro Takenobu
    • Toshihiko SaitouShotaro Takenobu
    • H01Q1/12H01Q1/32
    • H01Q1/1278H01Q1/1271
    • A glass antenna device for an automobile which has an electric heating type defogger, antenna conductors disposed near the defogger in a capacitive coupling relation, which are formed on a glass sheet to be fitted to a rear window opening of an automobile, and a reactance circuit connected between bus bars for the defogger and a d.c. power source for the defogger, wherein there is an anti-resonance point caused by impedance composed mainly of capacitance which is produced in correlation among the antenna conductors, the defogger and the body of automobile and the impedance of the reactance circuit, the anti-resonance point being out a predetermined receiving frequency band region or a predetermined broadcast frequency band region, and there is a resonance point between the frequency of 1.5 times of f.sub.H and f.sub.L, where f.sub.H is the highest frequency in the predetermined receiving frequency band region or the predetermined broadcast frequency band region and f.sub.L is the lowest frequency of the same, which is caused by the impedance of a predetermined circuit connected between a power feeding terminal for the antenna conductors and a receiver; the input impedance of the receiver and the impedance of the antenna conductor side viewed from the predetermined circuit.