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    • 1. 发明申请
    • DEMODULATION DEVICE
    • 解调装置
    • US20110051866A1
    • 2011-03-03
    • US12663330
    • 2009-05-07
    • Yuji NadamotoYasuo Hamamoto
    • Yuji NadamotoYasuo Hamamoto
    • H04B1/10
    • H04B7/0848
    • A demodulation device comprises at least a diversity combiner, an elimination parameter storage, an elimination parameter investigator, a noise eliminator, and a noise collection means. The elimination parameter storage stores elimination parameters used for eliminating a noise, as elimination parameters for each of antennas, the noise collection means receives a noise and outputs the received noise as a collected noise signal, and the diversity combiner outputs a combined signal along with combining parameters, each representing a parameter related to the combining for each of the antennas. The noise eliminator eliminates the noise by using the elimination parameters for all the antennas as well as the combining parameters for all the antennas.
    • 解调装置至少包括分集组合器,消除参数存储器,消除参数调查器,噪声消除器和噪声采集装置。 消除参数存储存储用于消除噪声的消除参数,作为每个天线的消除参数,噪声收集装置接收噪声并输出接收到的噪声作为收集的噪声信号,并且分集组合器输出组合信号以及组合 参数,每个参数表示与每个天线的组合相关的参数。 噪声消除器通过使用所有天线的消除参数以及所有天线的组合参数来消除噪声。
    • 2. 发明授权
    • Demodulation device
    • 解调装置
    • US08345807B2
    • 2013-01-01
    • US12663330
    • 2009-05-07
    • Yuji NadamotoYasuo Hamamoto
    • Yuji NadamotoYasuo Hamamoto
    • H04B7/10
    • H04B7/0848
    • A demodulation device comprises at least a diversity combiner, an elimination parameter storage, an elimination parameter investigator, a noise eliminator, and a noise collection means. The elimination parameter storage stores elimination parameters used for eliminating a noise, as elimination parameters for each of antennas, the noise collection means receives a noise and outputs the received noise as a collected noise signal, and the diversity combiner outputs a combined signal along with combining parameters, each representing a parameter related to the combining for each of the antennas. The noise eliminator eliminates the noise by using the elimination parameters for all the antennas as well as the combining parameters for all the antennas.
    • 解调装置至少包括分集组合器,消除参数存储器,消除参数调查器,噪声消除器和噪声采集装置。 消除参数存储存储用于消除噪声的消除参数,作为每个天线的消除参数,噪声收集装置接收噪声并输出接收到的噪声作为收集的噪声信号,并且分集组合器输出组合信号以及组合 参数,每个参数表示与每个天线的组合相关的参数。 噪声消除器通过使用所有天线的消除参数以及所有天线的组合参数来消除噪声。
    • 3. 发明申请
    • Wireless slave unit
    • 无线从单元
    • US20090161600A1
    • 2009-06-25
    • US11629295
    • 2006-06-13
    • Shuichi SatoYasuo HamamotoHiroshi HayashinoKazuhiro OhtaYosuke UkitaHironori NakaeYoshitaka Ohta
    • Shuichi SatoYasuo HamamotoHiroshi HayashinoKazuhiro OhtaYosuke UkitaHironori NakaeYoshitaka Ohta
    • H04W88/08
    • H04W28/06H04W8/26H04W68/00H04W84/22
    • In a network area of a wireless network managed by a wireless master device, a wireless slave device performs wireless network communication with another wireless slave device connected by wire to a terminal, and wired network communication with a terminal connected by wire to the wireless slave device. The wireless slave device includes a wireless reception unit (121) that wirelessly receives a notification frame including a MAC address of the terminal connected by wire to the other wireless slave device and a MAC address of the other wireless slave device, a storage unit (112) that associates and stores the MAC address of the other wireless slave device and the MAC address of the terminal both included in the wirelessly received notification frame, a wire reception unit (120) that receives a frame transmitted from the terminal connected by wire to the wireless slave device, and a filtering unit (111) that discards the frame if the transmission destination MAC address of the frame received by wire does not match the MAC address stored in the storage unit.
    • 在由无线主设备管理的无线网络的网络区域中,无线从设备执行与通过有线连接到终端的另一无线从设备的无线网络通信,以及与通过有线连接到无线从设备的终端的有线网络通信 。 无线从设备包括:无线接收单元(121),无线接收包括通过有线连接到另一无线从设备的终端的MAC地址的通知帧和另一无线从设备的MAC地址;存储单元(112) ),其将所述另一无线从设备的MAC地址和所述终端的MAC地址相关联并存储在所述无线接收通知帧中,所述有线接收单元(120)接收从通过有线连接到所述终端的所述终端发送的帧 无线从设备,以及如果由有线接收的帧的发送目的地MAC地址与存储在存储单元中的MAC地址不匹配的丢弃帧的过滤单元(111)。
    • 4. 发明授权
    • Digital signal recording and reproducing apparatus
    • 数字信号记录和再现装置
    • US6115537A
    • 2000-09-05
    • US389954
    • 1995-02-17
    • Masazumi YamadaYukio KuranoKenji KunitakeYuzo MurakamiAkira IketaniChiyoko MatsumiYasuo HamamotoAkihiro Takeuchi
    • Masazumi YamadaYukio KuranoKenji KunitakeYuzo MurakamiAkira IketaniChiyoko MatsumiYasuo HamamotoAkihiro Takeuchi
    • H04N5/00H04N5/7826H04N5/783H04N7/52H04N9/804H04N9/82H04N5/782H04N5/917
    • H04N21/4147H04N21/236H04N21/434H04N9/8042H04N5/78263H04N5/783H04N9/8227H04N9/8233
    • In a digital signal recording and reproducing apparatus, digital input data is transmitted in a transmission packet format and is recorded in a recording packet format. In a recording stage, an auxiliary signal generator (3) generates an auxiliary signal for special reproduction in the transmission packet format, and the digital and auxiliary signals are converted into respective recording packets by means of recording signal converters (5, 6). Recording means (9, 10) performs a specific recording process on the recording packets and an identification signal for identifying between the recording packets of the digital signal and of the auxiliary signal. While in a reproducing stage, reproduction signal processing means (14, 15) performs a specific reproduction process on the reproduction signal to thereby reconstruct the recording packets and the identification signal. A packet selector (16) detects the reconstructed identification signal to determine whether the recording packet is of the digital signal or of the auxiliary signal, and then the digital signal or auxiliary signal is reconstructed by a signal reconstructor (17) in the transmission format using the selected recording packet, whereby a high quality image output conforming to the transmission format used in the normal reproductions mode is also obtained during the special reproduction modes.
    • 在数字信号记录和再现装置中,数字输入数据以传输分组格式发送,以记录分组格式记录。 在记录阶段,辅助信号发生器(3)以发送分组格式生成用于特殊再现的辅助信号,并通过记录信号转换器(5,6)将数字和辅助信号转换成各自的记录分组。 记录装置(9,10)对记录包执行特定记录处理,以及用于识别数字信号和辅助信号的记录包之间的识别信号。 在再现阶段,再现信号处理装置(14,15)对再现信号执行特定的再现处理,从而重建记录包和识别信号。 分组选择器(16)检测重建的识别信号以确定记录分组是数字信号还是辅助信号,然后数字信号或辅助信号由传输格式的信号重构器(17)重建,使用 所选择的记录包,由此在特殊再现模式期间也获得符合正常再现模式中使用的传输格式的高质量图像输出。
    • 5. 发明授权
    • Wireless receiver
    • 无线接收器
    • US08290101B2
    • 2012-10-16
    • US12920201
    • 2009-08-04
    • Yasuo Hamamoto
    • Yasuo Hamamoto
    • H04B7/10
    • H04B7/0854H04B7/0669H04L1/0631
    • A wireless receiver including receiving antennas, frequency-space transformers, noise wave removers, a back-end signal processor, a pattern detector, a broadcast interruption detector, and a back-end controller. The frequency-space transformers convert signals received by the antennas into frequency-space signals. The noise wave removers each at least perform the calculation of a transmission line coefficient matrix and the calculation of an inter-antenna covariance matrix on the frequency-space signals. A controller controls the back-end signal processor to operate when the multicarrier transmission waves have been detected to be interrupted. The noise wave removers each perform the calculation of the inter-antenna covariance matrix when a broadcast interruption detector has detected the interruption of the multicarrier airwaves. Thus, the wireless receiver removes noise generated within it, thereby having high reception sensitivity.
    • 包括接收天线,频率 - 空间变压器,噪声去除器,后端信号处理器,模式检测器,广播中断检测器和后端控制器的无线接收器。 频率空间变换器将由天线接收的信号转换为频率 - 空间信号。 噪声波去除器每个至少执行传输线系数矩阵的计算和频率 - 空间信号之间的天线间协方差矩阵的计算。 当检测到多载波传输波被中断时,控制器控制后端信号处理器进行操作。 当广播中断检测器检测到多载波无线电波的中断时,噪声波去除器各自执行天线间协方差矩阵的计算。 因此,无线接收器去除其内产生的噪声,从而具有高的接收灵敏度。
    • 7. 发明授权
    • Transmission medium connecting device, controlling device, controlled device, and storage medium
    • 传输介质连接装置,控制装置,受控装置和存储介质
    • US06512767B1
    • 2003-01-28
    • US09130601
    • 1998-08-07
    • Hidetoshi TakedaYasuo Hamamoto
    • Hidetoshi TakedaYasuo Hamamoto
    • H04L1228
    • H04L12/40071H04L12/40117H04L12/462H04L12/64
    • A transmission medium connecting device is used for connecting multiple bus type transmission media. The connecting device includes an apparatus information list containing information related to apparatuses connected to the bus type transmission media. The connecting device collects the apparatus information of each of the apparatuses, and prepares the apparatus information list. Also included are a packet receiver for receiving a packet transmitted from the transmission media and a packet transmitter for transmitting a packet to the transmission media. An apparatus connected to the bus type transmission media may request access to the apparatus information list and read out information from the apparatus information list regarding another apparatus to be communicated with.
    • 传输介质连接装置用于连接多总线型传输介质。 连接装置包括装置信息列表,该装置信息列表包含与连接到总线型传输介质的装置有关的信息。 连接装置收集每个装置的装置信息,并准备装置信息列表。 还包括用于接收从传输介质发送的分组的分组接收机和用于向传输介质发送分组的分组发射机。 连接到总线类型传输介质的设备可以请求访问设备信息列表,并从设备信息列表中读出关于要通信的另一设备的信息。