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    • 51. 发明申请
    • Mobile Radio Appartus Capable of Adaptive Impedace Matching
    • 移动无线电Appartus能够进行自适应匹配
    • US20070210899A1
    • 2007-09-13
    • US10594522
    • 2006-01-24
    • Akira KatoKoichi OgawaHiroshi IwaiAtsushi Yamamoto
    • Akira KatoKoichi OgawaHiroshi IwaiAtsushi Yamamoto
    • G05B11/01
    • H04B1/18
    • There is provide a mobile radio apparatus capable of suppressing a mismatching loss, and increasing a transmission/reception sensitivity by means of instantly and adaptively matching the impedance between the antenna and the transmission/reception circuit whatever situation a mobile radio apparatus, such as a mobile phone or the like, may be. In a mobile radio apparatus (1), when starting control of the matching circuit (102), a control section (105) evaluates an initial chromosome stored in a storage section (106), and if there is an initial chromosome for providing an impedance matching, controls the matching circuit (102) so as to have a load value corresponding to this initial chromosome. If there is no initial chromosome for providing the impedance matching, the control section (105) evolves the initial chromosome with a genetic algorithm, derives a chromosome for providing the impedance matching, and controls the matching circuit (102) so as to have a load value corresponding to the derived chromosome.
    • 提供一种能够抑制失配损失的移动无线电设备,并且通过立即且自适应地匹配天线和发送/接收电路之间的阻抗来增加发送/接收灵敏度,无论移动无线电设备如移动 电话等,可能是。 在移动无线电设备(1)中,当启动匹配电路(102)的控制时,控制部分(105)评估存储在存储部分(106)中的初始染色体,并且如果存在用于提供阻抗的初始染色体 匹配,控制匹配电路(102)以具有对应于该初始染色体的负载值。 如果没有用于提供阻抗匹配的初始染色体,则控制部分(105)用遗传算法演化初始染色体,导出染色体以提供阻抗匹配,并且控制匹配电路(102)以具有负载 对应于衍生染色体的值。
    • 53. 发明申请
    • Antenna matching apparatus
    • 天线匹配装置
    • US20070010217A1
    • 2007-01-11
    • US10567824
    • 2004-08-12
    • Tsukasa TakahashiYoshio KoyanagiKoichi Ogawa
    • Tsukasa TakahashiYoshio KoyanagiKoichi Ogawa
    • H04B1/04
    • H01Q1/245H04B1/0458H04B1/18
    • An antenna matching apparatus capable of eliminating impedance mismatching produced when the antenna element is placed close to the human body in a short time and reducing power loss due to impedance mismatching. This apparatus connects variable capacitance capacitors VC1 and VC2 for impedance adjustment to transmission antenna element TA1, connects variable capacitance capacitors VC3 and VC4 to reception antenna element RA1 respectively, provides beforehand capacitance values of respective variable capacitance capacitors which are impedance matched in a table in a one-to-one correspondence with the distances between the antenna elements and human body and stores the table in storage section (106). The apparatus completes adaptive control processing for any one of transmission antenna element TA1 and reception antenna element RA1, reads other capacitance values corresponding to the capacitance value at that moment from the table and performs adaptive control processing on other antenna elements using the read values as initial values.
    • 一种天线匹配装置,其能够消除当天线元件在短时间内靠近人体放置时产生的阻抗失配,并且减少由于阻抗失配引起的功率损耗。 该装置将用于阻抗调整的可变电容电容器VC 1和VC 2连接到发送天线元件TA 1,分别将可变电容电容器VC 3和VC 4连接到接收天线元件RA 1,预先提供作为阻抗的各个可变电容电容器的电容值 以与天线元件和人体之间的距离一一对应的方式在表格中匹配,并将该表存储在存储部分(106)中。 该装置完成发射天线元件TA 1和接收天线元件RA 1中的任何一个的自适应控制处理,从表中读取与该时刻的电容值对应的其他电容值,并使用读出值对其他天线元件进行自适应控制处理 作为初始值。
    • 58. 发明授权
    • Directivity controllable antenna and antenna unit using the same
    • 方向性可控天线和天线单元使用相同
    • US06809691B2
    • 2004-10-26
    • US10405605
    • 2003-04-03
    • Atsushi YamamotoHiroshi IwaiKoichi Ogawa
    • Atsushi YamamotoHiroshi IwaiKoichi Ogawa
    • H01Q124
    • H01Q9/0421H01Q3/24H01Q3/26H01Q13/18
    • A top conductor 11, a ground conductor 12, and side conductors 13 form an antenna box having two openings 22 and 23. Antenna elements 14 and 15 are placed inside of the antenna box, and are connected to power supply points 16 and 17, respectively. A power supply control circuit 20 has a switching function of connecting either one of the power supply points 16 and 17, to an external connecting terminal 21. Depending on the antenna element 14 or 15 being operated, the antenna has a directivity biased to a desired direction. The power supply control circuit 20 may have a signal combining/separating function, a phase shifter 26, or an amplitude adjusting circuit 27. With this, it is possible to provide a small, slim antenna capable of biasing the directivity to a desired direction and controlling the directivity even after installation.
    • 顶导体11,接地导体12和侧导体13形成具有两个开口22和23的天线盒。天线元件14和15分别放置在天线盒内部,分别连接到电源点16和17 。 电源控制电路20具有将电源点16和17中的任一个连接到外部连接端子21的切换功能。根据正在操作的天线元件14或15,天线具有偏向所需的方向性 方向。 电源控制电路20可以具有信号组合/分离功能,移相器26或幅度调整电路27.由此,可以提供能够将方向性偏向期望方向的小型,细长的天线,以及 即使安装后也可以控制方向性。