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    • 1. 发明申请
    • Portable Telephone with Broadcast Ceceiver
    • 带广播收发器的便携式电话
    • US20070225052A1
    • 2007-09-27
    • US11579149
    • 2005-03-16
    • Yukari YamazakiYutaka SaitoYoshio KoyanagiKiyoshi EgawaHiroyuki Sasaki
    • Yukari YamazakiYutaka SaitoYoshio KoyanagiKiyoshi EgawaHiroyuki Sasaki
    • H04M1/00
    • H01Q1/428H01Q1/242H01Q5/335H04B1/3816H04B1/401H04M1/021H04M1/0233H04N5/44H04N5/64H04N21/41407
    • A portable telephone with broadcast receiver realizing high sensitivity performance by interlocking with the screen display state both at the time of broadcast receiving and portable telephone communication, thereby attaining suitable antenna polarization characteristics. An antenna element (1) is mounted on a display section case (3) in such a manner that its helical axis direction is aligned with the longitudinal direction of a liquid crystal display section (2). The display section case (3) is connected to an upper case (5) rotatably through a rotary shaft (4). The upper case (5) is coupled to a lower case (7) to be opened/closed freely through a hinge part (6). Main polarization direction of the antenna element (1) is varied depending on the rotational state of the liquid crystal display section (2) where its screen becomes long laterally or longitudinally, thus ensuring antenna polarization characteristics suitable for both at the time of broadcast reception and portable telephone communication.
    • 一种具有广播接收机的便携式电话,在广播接收和便携式电话通信时与屏幕显示状态互锁,实现高灵敏度性能,从而获得合适的天线极化特性。 天线元件(1)以使其螺旋轴方向与液晶显示部(2)的长度方向一致的方式安装在显示部壳体(3)上。 显示部分壳体(3)通过旋转轴(4)可旋转地连接到上壳体(5)。 上壳体(5)通过铰链部分(6)联接到下壳体(7)以自由地打开/关闭。 天线元件(1)的主极化方向根据其屏幕在横向或纵向上变长的液晶显示部分(2)的旋转状态而变化,从而确保在广播接收时适合的天线极化特性和 便携式电话通讯。
    • 3. 发明授权
    • Portable radio device
    • 便携式无线电设备
    • US08180414B2
    • 2012-05-15
    • US12681370
    • 2008-09-30
    • Hiroyuki UejimaShingo SumiHideki HayamaHaruhiko KakitsuYukari Yamazaki
    • Hiroyuki UejimaShingo SumiHideki HayamaHaruhiko KakitsuYukari Yamazaki
    • H04M1/00
    • H01Q1/243H04M1/0222
    • There is adopted an enclosure dipole antenna structure including antenna elements respectively provided in a lower enclosure and an upper enclosure. There is also adopted a structure in which the lower structure and the upper structure are rotatably joined together along two axes of hinges. The enclosures thereby become openable and closable in two directions including a vertical direction and a horizontal direction. There can be implemented high antenna performance without use of an external antenna even regardless of whether the enclosures are opened in the vertical direction or the horizontal direction. A feeding section and a connection section are separated from each other by a distance of 1/20 or more of a wavelength corresponding to an operating frequency. Power can well be fed to the antenna elements.
    • 采用了包括天线元件的外壳偶极天线结构,分别设置在下壳体和上壳体中。 还采用其中下结构和上结构沿着铰链的两个轴线可旋转地接合在一起的结构。 因此,外壳在包括垂直方向和水平方向的两个方向上变得可打开和关闭。 即使不管外壳是在垂直方向还是水平方向上打开,都可以实现高天线性能而不使用外部天线。 馈电部分和连接部分彼此分开与工作频率对应的波长的1/20或更大的距离。 功率可以很好地馈送到天线元件。
    • 4. 发明申请
    • PORTABLE RADIO EQUIPMENT
    • 便携式无线电设备
    • US20110169712A1
    • 2011-07-14
    • US12989323
    • 2008-12-22
    • Shingo SumiKenya NaganoHaruhiko KakitsuYukari YamazakiHiroyuki UejimaHideki Hayama
    • Shingo SumiKenya NaganoHaruhiko KakitsuYukari YamazakiHiroyuki UejimaHideki Hayama
    • H01Q21/30
    • H01Q25/00H01Q1/243H01Q1/52H01Q5/50H01Q21/28H01Q21/30
    • When three or more antennas and a plurality of wireless circuits using wireless frequency bands near to each other are installed on a cabinet whose size is limited, degradation of characteristic caused by electromagnetic coupling between antennas is suppressed. When a first antenna 21 and a second antenna 22 are connected to a first wireless circuit 31, a third antenna 23 is connected to a second wireless circuit 32, and an operation frequency band of the second wireless circuit 32 is near in a higher band than an operation frequency band of the first wireless circuit 31, a feeding point 23a of the third antenna is placed at a position nearer to a feeding point 21a of the first antenna than the feeding point 22a of the second antenna. In the operation frequency band of the first wireless circuit 31, the gain of the first antenna 21 is set higher than the gain of the second antenna 22 in a low frequency band and the gain of the first antenna 21 is set higher than the gain of the second antenna 22 in a high frequency band.
    • 当三个以上的天线和使用无线频带的多个无线电路被安装在尺寸受限的机柜上时,可以抑制由天线之间的电磁耦合引起的特性的劣化。 当第一天线21和第二天线22连接到第一无线电路31时,第三天线23连接到第二无线电路32,并且第二无线电路32的操作频带在比第 第一无线电路31的工作频带,第三天线的馈电点23a位于比第二天线的馈电点22a更靠近第一天线的馈电点21a的位置。 在第一无线电路31的操作频带中,将第一天线21的增益设定为高于低频带中的第二天线22的增益,并且将第一天线21的增益设定为高于 第二天线22处于高频带。
    • 6. 发明申请
    • PORTABLE RADIO DEVICE
    • 便携式无线电设备
    • US20100240424A1
    • 2010-09-23
    • US12681370
    • 2008-09-30
    • Hiroyuki UejimaShingo SumiHideki HayamaHaruhiko KakitsuYukari Yamazaki
    • Hiroyuki UejimaShingo SumiHideki HayamaHaruhiko KakitsuYukari Yamazaki
    • H04M1/00H01Q1/24
    • H01Q1/243H04M1/0222
    • There is adopted an enclosure dipole antenna structure including antenna elements respectively provided in a lower enclosure and an upper enclosure. There is also adopted a structure in which the lower structure and the upper structure are rotatably joined together along two axes of hinges. The enclosures thereby become openable and closable in two directions including a vertical direction and a horizontal direction. There can be implemented high antenna performance without use of an external antenna even regardless of whether the enclosures are opened in the vertical direction or the horizontal direction. A feeding section and a connection section are separated from each other by a distance of 1/20 or more of a wavelength corresponding to an operating frequency. Power can well be fed to the antenna elements.
    • 采用了包括天线元件的外壳偶极天线结构,分别设置在下壳体和上壳体中。 还采用其中下结构和上结构沿着铰链的两个轴线可旋转地接合在一起的结构。 因此,外壳在包括垂直方向和水平方向的两个方向上变得可打开和关闭。 即使不管外壳是在垂直方向还是水平方向上打开,都可以实现高天线性能而不使用外部天线。 馈电部分和连接部分彼此分开与工作频率对应的波长的1/20或更大的距离。 功率可以很好地馈送到天线元件。
    • 10. 发明申请
    • PORTABLE RADIO
    • 便携式无线电
    • US20110065404A1
    • 2011-03-17
    • US12992234
    • 2009-02-20
    • Hideki HayamaHiroyuki UejimaYukari Yamazaki
    • Hideki HayamaHiroyuki UejimaYukari Yamazaki
    • H04B7/00H01Q1/24
    • H04B7/0848H04B7/0814H04B7/0871
    • There is provided a portable radio that enables simultaneous input of high frequency signals from a plurality of built-in antennas and performance of optimum receiving operation.A portable radio 1 include a first built-in antenna 10A; a first low noise amplifier 122A that amplifies a signal from the first built-in antenna 10A; a first receiving section 124A that carries out a predetermined receiving operation to a signal from the first low noise amplifier 122A; a second built-in antenna 10B that is lower than the first built-in antenna 10A in terms of a gain; a second low noise amplifier 122B that amplifies a signal from the second built-in antenna 10B; a second receiving section 124B that carries out a predetermined receiving operation to a signal from the second low noise amplifier 122Bo; and a receiving circuit section 123 that carries out a predetermined diversity processing to the signals undergone receiving operation when both of the receiving sections 124 perform receiving operation.
    • 提供了便携式无线电装置,其能够同时输入来自多个内置天线的高频信号并且执行最佳的接收操作。 便携式收音机1包括第一内置天线10A; 放大来自第一内置天线10A的信号的第一低噪声放大器122A; 对来自第一低噪声放大器122A的信号执行预定接收操作的第一接收部分124A; 在增益方面低于第一内置天线10A的第二内置天线10B; 放大来自第二内置天线10B的信号的第二低噪声放大器122B; 对来自第二低噪声放大器122Bo的信号执行预定接收操作的第二接收部分124B; 以及接收电路部分123,当两个接收部分124执行接收操作时,对经过接收操作的信号执行预定的分集处理。