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    • 66. 发明授权
    • Reduced bitstream candidate based receiver and received signal processing method
    • 减少基于位流候选的接收机和接收信号处理方法
    • US07469014B2
    • 2008-12-23
    • US11166384
    • 2005-06-27
    • Tetsushi AbeHiromasa FujiiHitoshi Yoshino
    • Tetsushi AbeHiromasa FujiiHitoshi Yoshino
    • H04L5/12
    • H04L25/03171H04B7/0891H04L25/03292H04L2025/0342
    • A receiver comprises multiple receiving antennas configured to receive bitstreams transmitted from multiple transmission antennas; a bitstream candidate estimator configured to estimate a prescribed number of bitstream candidates among possible combinations of the received bitstreams and to calculate reliability information for each of the candidates; a bit-based estimator configured to produce a bit-based estimation result for each bit of the transmitted bitstreams based on the estimated candidates and the associated reliability information, the bit-based estimation result being adjusted by an adjusting criterion determined by the reliability information; and a decoder configured to decode the transmitted bitstreams based on the adjusted bit-based estimation result.
    • 接收机包括被配置为接收从多个发送天线发送的比特流的多个接收天线; 比特流候选估计器,被配置为在所接收的比特流的可能组合中估计规定数量的比特流候选,并且计算每个候选的可靠性信息; 基于比特的估计器,被配置为基于所估计的候选和相关联的可靠性信息来产生针对所发送的比特流的每个比特的基于比特的估计结果,所述基于比特的估计结果由所述可靠性信息确定的调整标准进行调整; 以及解码器,被配置为基于经调整的基于比特的估计结果对所发送的比特流进行解码。
    • 68. 发明申请
    • Radio transceiver and radio transmitting method
    • 收音机和无线电发射方式
    • US20060274777A1
    • 2006-12-07
    • US11411174
    • 2006-04-26
    • Hiromasa FujiiTakatoshi SugiyamaHitoshi Yoshino
    • Hiromasa FujiiTakatoshi SugiyamaHitoshi Yoshino
    • H04L12/413H04B3/10H04J3/06
    • H04W56/0085
    • In a mobile communication system, multiple transceivers perform radio communications in the same frequency band. A transceiver (700) comprises a first sync timing detection part (706) configured to detect sync timing for a desired signal transmitted from a counterpart transceiver; a second sync timing detection part (708, 710) configured to detect sync timings for one or more undesired signals from non-counterpart transceiver(s); an error information determination part (712) configured to determine error information based on the sync timings for the desired and undesired signals; a signal generating part (714) configured to generate a feedback signal containing the error information; a transmission timing determination part (722) configured to update transmission timing for a transmission signal including the feedback signal according to a control signal received from the counterpart transceiver; and a transmission part (736) configured to transmit the transmission signal to the counterpart transceiver according to the updated transmission timing.
    • 在移动通信系统中,多个收发机执行相同频带的无线电通信。 收发器(700)包括:第一同步定时检测部分(706),被配置为检测从对方收发器发送的期望信号的同步定时; 第二同步定时检测部分(708,710),被配置为检测来自非对应收发器的一个或多个不期望信号的同步定时; 错误信息确定部分,被配置为基于所述期望信号和不期望信号的同步定时确定误差信息; 信号生成部(714),被配置为生成包含所述错误信息的反馈信号; 发送定时确定部(722),被配置为根据从所述对方收发器接收到的控制信号来更新包括所述反馈信号的发送信号的发送定时; 以及发送部(736),被配置为根据更新的发送定时将发送信号发送到对方收发信机。
    • 70. 发明授权
    • Method of starting a sensorless multiphase dc motor
    • 启动无传感器多相直流电机的方法
    • US5323094A
    • 1994-06-21
    • US22053
    • 1993-02-24
    • Isao KanedaHiromasa Fujii
    • Isao KanedaHiromasa Fujii
    • H02P6/18H02P6/22H02K23/00
    • H02P6/185H02P6/22
    • In a sensorless multiphase dc motor which is started by repeating a sequence of steps in order to supply the stator with a series of discrete currents for rotating the rotor in a desired direction, the start-up sequence has a step(s) of conducting a magnetizing shift action by changing the flow of current from one direction to the reverse direction or vice versa thus reducing its time consumption and also, each of the plural phase coils is energized with a high amplitude of current to produce a higher torque thus enhancing the start-up characteristics of the motor.In particular, the magnetizing shift action from one direction to the reverse direction or vice versa is conducted multiple times in each of the plural phase coils during the start-up sequence and the start-up sequence itself is repeated multiple times. As the result, the start-up characteristics of the motor will be more enhanced.
    • 在无传感器多相直流电动机中,通过重复一系列步骤来启动,以便为定子提供一系列用于在期望方向上旋转转子的离散电流,启动顺序具有进行步骤 通过将电流从一个方向改变到相反方向,从而减少其消耗的时间消耗,并且还以多个相位线圈中的每一个以高电流幅度通电以产生更高的转矩从而增强起动 - 电机的特点。 特别地,在启动顺序期间,在多个相位线圈的每一个中,从一个方向到相反方向或反之亦然的磁化移动动作被多次进行,并且启动序列本身被重复多次。 结果,电动机的启动特性将得到进一步提升。