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    • 61. 发明申请
    • Radio communication apparatus, base station apparatus, communication terminal apparatus and transmission rate predicting method
    • 无线通信装置,基站装置,通信终端装置以及传输速率预测方法
    • US20060291377A1
    • 2006-12-28
    • US10547764
    • 2004-11-14
    • Satoshi ImaizumiKazuyuki Miya
    • Satoshi ImaizumiKazuyuki Miya
    • H04J3/14
    • H04L1/0026H04L1/0002H04L1/0015H04W24/10H04W28/22
    • A radio communication apparatus, base station apparatus and communication terminal apparatus capable of predicting an accurate transmission rate before starting data communications to know download time and the like. In the apparatus, a packet CH demodulation section (103) demodulates received packet data. A pilot CH demodulation section (104) demodulates a received signal of a pilot channel. A reception state measuring section (105) measures the SIR from the received signal of the pilot channel. A transmission rate candidate selecting section (106) stores a calculation expression that associates CQI with SIR, and selects CQI by the calculation expression using the measured SIR. A transmission rate predicting section (108) averages selected CQI for a predetermined time to output a transmission rate prediction value. A transmission rate prediction control section (110) outputs information of the transmission rate prediction value to a display section (111) when detecting a key input. The display section (111) displays the transmission rate prediction value on a liquid crystal screen.
    • 能够在开始数据通信之前预测准确的传输速率以知道下载时间等的无线通信装置,基站装置和通信终端装置。 在该装置中,分组CH解调部(103)解调接收到的分组数据。 导频CH解调部(104)解调导频信道的接收信号。 接收状态测量部(105)根据导频信道的接收信号测量SIR。 传输速率候选选择部分(106)存储将CQI与SIR相关联的计算表达式,并使用测量的SIR通过计算表达式选择CQI。 传输速率预测部分(108)将所选择的CQI平均预定时间以输出传输速率预测值。 当检测到键输入时,传输速率预测控制部分(110)将传输速率预测值的信息输出到显示部分(111)。 显示部(111)将透射率预测值显示在液晶屏上。
    • 62. 发明授权
    • Interference signal canceling apparatus and interference signal canceling method
    • 干扰信号消除装置和干扰信号消除方法
    • US06944208B2
    • 2005-09-13
    • US09936727
    • 2001-01-15
    • Kenichi MiyoshiKazuyuki Miya
    • Kenichi MiyoshiKazuyuki Miya
    • H01Q3/26H04B1/10H04B1/707H04B1/7107H04B7/08H04B1/69H04B1/713
    • H04B7/0897H04B1/71075H04B1/7115H04B7/0854
    • An interference cancellation apparatus and method may remove interference from a directional array combined signal that is received by an array antenna and array combined on a directivity-by-directivity basis. The apparatus and method input a plurality of array combined signals subjected to array combining on a directivity-by-directivity basis to select an array-combined signal corresponding to a path. A correlation value is detected between the selected array combined signal and a spread code. Detected correlation values are combined to generate a combined value, and the combined value is used to generate a temporarily determined value. The temporarily determined value is re-spread to generate a re-spread signal, and re-spread signals are sorted for every directivity, on a per path basis. The re-spread signals sorted for every directivity are then added to generate a replica signal.
    • 干扰消除装置和方法可以消除由阵列天线接收的方向阵列组合信号的干扰,并且以方向性方向性为基础组合阵列。 该装置和方法输入经单位方向性进行阵列组合的多个阵列组合信号,以选择对应于路径的阵列组合信号。 在所选择的阵列组合信号和扩展码之间检测相关值。 检测到的相关值被组合以产生组合值,并且组合值用于产生临时确定的值。 临时确定的值被重新扩展以产生重新扩展的信号,并且对于每个方向性,在每个路径的基础上对重新扩展的信号进行排序。 然后将针对每个方向性排序的重新传播的信号相加以产生复制信号。
    • 70. 发明授权
    • Mobile radio apparatus
    • 移动无线电设备
    • US5438701A
    • 1995-08-01
    • US162358
    • 1993-12-07
    • Daisuke YamadaOsamu KatoKazuyuki MiyaTaku Nagase
    • Daisuke YamadaOsamu KatoKazuyuki MiyaTaku Nagase
    • H04B7/26H04W52/02H04B1/38
    • H04W52/0229H04W52/0296Y02B60/50
    • When a power supply of a mobile radio apparatus is turned on, a power supply change-over switch of a power supply control unit is changed over to the side of a pager unit to turn on only a power supply of the pager unit, so that a pager network which does not require position registration is utilized to perform intermittent receiving operation with low power consumption. When there is an incoming call to the pager unit, a CPU of the power supply control unit receives an incoming control signal from a pager decoding circuit and changes over the power supply change-over switch to the side of a radio-telephone line terminal unit to turn on the radio telephone line terminal unit and turn off the pager unit. The CPU sends a control signal to a timing control circuit of the radio-telephone line terminal unit so that the position registration is performed by utilizing a mobile radio network and an operation mode of the mobile radio apparatus proceeds to a usual talking mode. After a pager calling has been performed in a calling side, the mobile radio apparatus is called by the portable telephone number and talking is then is made. When the talking has been finished, the CPU receives a control signal from the timing control circuit and changes over the power supply change-over switch to the side of the pager unit again to turn on the pager unit to enter a waiting state for reception.
    • 当移动无线电设备的电源接通时,电源控制单元的电源转换开关切换到寻呼机单元的侧面,仅接通寻呼机单元的电源,从而 利用不需要位置登记的寻呼机网络,以低功耗进行间歇接收动作。 当对寻呼机单元进行呼入时,电源控制单元的CPU接收来自寻呼机解码电路的输入控制信号,并将电源切换开关切换到无线电话线路终端单元侧 打开无线电话线终端单元并关闭寻呼机单元。 CPU向无线电话线路终端单元的定时控制电路发送控制信号,使得通过利用移动无线电网络执行位置登记,并且移动无线电设备的操作模式进行到通常的通话模式。 在呼叫方执行寻呼机呼叫之后,移动无线电设备被便携式电话号码呼叫,然后进行通话。 当通话完成时,CPU接收来自定时控制电路的控制信号,并再次切换到寻呼机单元侧的电源切换开关,以使寻呼机单元接通等待状态。