会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Circuit and program for processing multichannel audio signals and apparatus for reproducing same
    • 用于处理多声道音频信号的电路和程序以及用于再现其的装置
    • US07457421B2
    • 2008-11-25
    • US10786455
    • 2004-02-24
    • Kei SakagamiShintaro HosoiIkuko Kawamura
    • Kei SakagamiShintaro HosoiIkuko Kawamura
    • H04R5/00
    • H04S3/002H04S3/008H04S2420/01
    • A circuit for processing multichannel audio signals, comprises a frequency characteristics correction device and an output device. The frequency characteristics correction device corrects frequency characteristics of an audio signal of a channel including an audio signal component having a predetermined frequency band, of audio signals of a multichannel comprising at least a right channel and a left channel, in accordance with correction characteristics determined based on a head related transfer function. The output device mixes the audio signal component having the frequency characteristics corrected with an audio signal of the right channel and an audio signal of the left channel to generate mixed output audio signals, and outputting the mixed output audio signals as a right channel output audio signal and a left channel output audio signal.
    • 一种用于处理多声道音频信号的电路,包括频率特性校正装置和输出装置。 频率特性校正装置根据基于确定的校正特性来校正包括具有预定频带的音频信号的频道的音频信号的频率特性,所述音频信号包括至少包括右声道和左声道的多声道的音频信号 关于头相关传输功能。 输出装置将具有校正的频率特性的音频信号分量与右声道的音频信号和左声道的音频信号混合,以产生混合输出音频信号,并输出混合输出音频信号作为右声道输出音频信号 和左声道输出音频信号。
    • 2. 发明授权
    • Circuit and program for processing multichannel audio signals and apparatus for reproducing same
    • 用于处理多声道音频信号的电路和程序以及用于再现其的装置
    • US08160260B2
    • 2012-04-17
    • US12256345
    • 2008-10-22
    • Kei SakagamiShintaro HosoiIkuko Kawamura
    • Kei SakagamiShintaro HosoiIkuko Kawamura
    • H04R5/00
    • H04S3/002H04S3/008H04S2420/01
    • A circuit for processing multichannel audio signals, comprises a frequency characteristics correction device and an output device. The frequency characteristics correction device corrects frequency characteristics of an audio signal of a channel including an audio signal component having a predetermined frequency band, of audio signals of a multichannel comprising at least a right channel and a left channel, in accordance with correction characteristics determined based on a head related transfer function. The output device mixes the audio signal component having the frequency characteristics corrected with an audio signal of the right channel and an audio signal of the left channel to generate mixed output audio signals, and outputting the mixed output audio signals as a right channel output audio signal and a left channel output audio signal.
    • 一种用于处理多声道音频信号的电路,包括频率特性校正装置和输出装置。 频率特性校正装置根据基于确定的校正特性来校正包括具有预定频带的音频信号的频道的音频信号的频率特性,所述音频信号包括至少包括右声道和左声道的多声道的音频信号 关于头相关传输功能。 输出装置将具有校正的频率特性的音频信号分量与右声道的音频信号和左声道的音频信号混合,以产生混合输出音频信号,并输出混合输出音频信号作为右声道输出音频信号 和左声道输出音频信号。
    • 3. 发明申请
    • CIRCUIT AND PROGRAM FOR PROCESSING MULTICHANNEL AUDIO SIGNALS AND APPARATUS FOR REPRODUCING SAME
    • 用于处理多通道音频信号的电路和程序及其再生设备
    • US20090060210A1
    • 2009-03-05
    • US12256345
    • 2008-10-22
    • Kei SakagamiShintaro HosoiIkuko Kawamura
    • Kei SakagamiShintaro HosoiIkuko Kawamura
    • H04R5/00
    • H04S3/002H04S3/008H04S2420/01
    • A circuit for processing multichannel audio signals, comprises a frequency characteristics correction device and an output device. The frequency characteristics correction device corrects frequency characteristics of an audio signal of a channel including an audio signal component having a predetermined frequency band, of audio signals of a multichannel comprising at least a right channel and a left channel, in accordance with correction characteristics determined based on a head related transfer function. The output device mixes the audio signal component having the frequency characteristics corrected with an audio signal of the right channel and an audio signal of the left channel to generate mixed output audio signals, and outputting the mixed output audio signals as a right channel output audio signal and a left channel output audio signal.
    • 一种用于处理多声道音频信号的电路,包括频率特性校正装置和输出装置。 频率特性校正装置根据基于确定的校正特性来校正包括具有预定频带的音频信号的频道的音频信号的频率特性,所述音频信号包括至少包括右声道和左声道的多声道的音频信号 关于头相关传输功能。 输出装置将具有校正的频率特性的音频信号分量与右声道的音频信号和左声道的音频信号混合,以产生混合输出音频信号,并输出混合输出音频信号作为右声道输出音频信号 和左声道输出音频信号。
    • 4. 发明申请
    • Audio Reproducing Apparatus and Method, and Computer Program
    • 音频再现装置和方法以及计算机程序
    • US20080170723A1
    • 2008-07-17
    • US11885547
    • 2006-03-03
    • Kei SakagamiShintaro Hosoi
    • Kei SakagamiShintaro Hosoi
    • H03G5/00
    • H03G5/165H03G9/025
    • An audio reproducing device (100) includes: (i) signal level detection means (102) for detecting a signal level of an audio signal; (ii) sound pressure adjusting means (104) for changing the sound pressure level indicating the amplification ratio of the audio signal; (iii) frequency characteristic correction means (106) for correcting the frequency characteristic of the audio signal according to a correction amount; and (iv) control means (103) for deciding the correction amount according to the signal level and the sound pressure level and successively controlling the frequency characteristic correction means to perform correction according to the decided correction amount.
    • 音频再现装置(100)包括:(i)用于检测音频信号的信号电平的信号电平检测装置(102); (ii)用于改变指示音频信号的放大率的声压级的声压调节装置(104) (iii)用于根据校正量校正音频信号的频率特性的频率特性校正装置(106) 以及(iv)用于根据信号电平和声压级决定校正量的控制装置(103),并且依次控制频率特性校正装置根据所确定的校正量执行校正。
    • 5. 再颁专利
    • Sound signal playback machine and method thereof
    • 声音播放机及其方法
    • USRE42390E1
    • 2011-05-24
    • US11546485
    • 2006-10-12
    • Shintaro HosoiHiroyuki Hamada
    • Shintaro HosoiHiroyuki Hamada
    • H03G3/00H03G5/00H04R5/02
    • H04S3/008H04R2420/07
    • In a sound signal playback machine and method thereof, predetermined high frequency components are extracted from sound signals SL to SC of a main channel by high frequency pass filters 21 to 25, and these high frequency components are respectively played back by speakers. At the same time, predetermined low frequency components are extracted from sound signals SL to SC of the main channel by low frequency pass filters. These low frequency components and sound signal SLFE exclusively used for the low frequency band are added to each other, and the thus obtained addition signal is played back by the speaker 66. In this case, the degree of the low frequency pass filters is set higher than the degree of the high frequency pass filters, and the high frequency component is delayed.
    • 在声音信号播放机及其方法中,通过高频带通滤波器21〜25从主声道的声音信号SL〜SC提取预定的高频分量,这些高频分量由扬声器分别回放。 同时,通过低频通滤波器从主通道的声音信号SL到SC提取预定的低频分量。 专门用于低频带的这些低频分量和声音信号SLFE彼此相加,并且所得到的相加信号由扬声器66重放。在这种情况下,低通滤波器的程度被设置得更高 比高频率滤波器的程度高,并且高频分量被延迟。
    • 6. 发明授权
    • Sound signal playback machine and method thereof
    • 声音播放机及其方法
    • US06804361B2
    • 2004-10-12
    • US10164411
    • 2002-06-10
    • Shintaro HosoiHiroyuki Hamada
    • Shintaro HosoiHiroyuki Hamada
    • H03G300
    • H04S3/008H04R2420/07
    • In a sound signal playback machine and method thereof, predetermined high frequency components are extracted from sound signals SL to SC of a main channel by high frequency pass filters 21 to 25, and these high frequency components are respectively played back by speakers. At the same time, predetermined low frequency components are extracted from sound signals SL to SC of the main channel by low frequency pass filters. These low frequency components and sound signal SLFE exclusively used for the low frequency band are added to each other, and the thus obtained addition signal is played back by the speaker 66. In this case, the degree of the low frequency pass filters is set higher than the degree of the high frequency pass filters, and the high frequency component is delayed.
    • 在声音信号播放机及其方法中,通过高频带通滤波器21〜25从主声道的声音信号SL〜SC提取预定的高频分量,这些高频分量由扬声器分别回放。 同时,通过低频通滤波器从主通道的声音信号SL到SC提取预定的低频分量。 专门用于低频带的这些低频分量和声音信号SLFE彼此相加,并且所得到的相加信号由扬声器66重放。在这种情况下,低通滤波器的程度被设置得更高 比高频率滤波器的程度高,并且高频分量被延迟。
    • 8. 发明申请
    • Audio data processing device, audio data processing method, program for the same, and recording medium with the program recorded therein
    • 音频数据处理装置,音频数据处理方法,程序以及记录有程序的记录介质
    • US20050008171A1
    • 2005-01-13
    • US10876593
    • 2004-06-28
    • Shintaro HosoiHiroyuki Hamada
    • Shintaro HosoiHiroyuki Hamada
    • H04R3/00H04R3/04H04S3/00H04S7/00H03G5/00H03G1/00
    • H04S3/008H04S7/307H04S2400/07
    • A controller (710) having recognized an output request for bass mood sounds in response to an input operation by the audience sets a prespecified low-pass filter (830) by switching a filter selecting section (840) and a bass sound processing switching section (870). The audio data inputted from input terminals (631) respectively is subjected to adjustment of the output level as well as to the effect processing, and then is passed through the prespecified low-pass filter (830) to adjust the output, and then is outputted from output terminals (638) corresponding to speakers (230) for bass mood sounds. Audio data outputted from other speakers (230) is subjected to output adjustment, and is subjected to the delay processing according to a delay time computed by the controller through an operational expression approximated with a quadratic expression for a cut-off frequency in the low-pass filter (830) to be outputted from the output terminals (638) corresponding to the speakers (230).
    • 响应于听众的输入操作,已经识别到低音情绪声音的输出请求的控制器(710)通过切换滤波器选择部分(840)和低音声音处理切换部分(830)来设置预先指定的低通滤波器(830) 870)。 分别从输入端子(631)输入的音频数据对输出电平和效果处理进行调整,然后通过预先指定的低通滤波器(830)进行调整输出,然后输出 对应于扬声器(230)的输出端子(638)用于低音情绪声音。 从其他扬声器(230)输出的音频数据进行输出调整,并且根据由控制器计算的延迟时间,通过在低通滤波器中通过截止频率的二次表达式近似的运算表达式进行延迟处理, 通过滤波器(830)从与扬声器(230)对应的输出端子(638)输出。
    • 9. 发明申请
    • Audio signal processing device, audio signal processing method, program thereof, and recording meduim containing the program
    • 音频信号处理装置,音频信号处理方法,程序,以及包含程序的记录媒体
    • US20090116653A1
    • 2009-05-07
    • US11988688
    • 2006-05-17
    • Hajime YoshinoShintaro Hosoi
    • Hajime YoshinoShintaro Hosoi
    • H04R5/00
    • H04R3/04
    • Stream audio signals input in channel input terminals (710FL, 710FR) of a large setting are passed through large high-bandpass filters (720) arranged identically to small high-bandpass filters (740) for extracting high-frequency components from stream audio signals input in channel input terminals (710C, 710SL, 710SR, 710SBL, 710SRB) of a small setting. The stream audio signals are also passed through large low-bandpass filters (730) for extracting low-frequency components blocked by the large high-bandpass filters (720). The extracted high-frequency components and the extracted low-frequency components are added together by large adders (780) so as to be output. Phases of the stream audio signals in different settings can be matched, thereby contributing to favorable reproduction.
    • 在大设置的信道输入端(710FL,710FR)中输入的流音频信号通过与小型高带通滤波器(740)相同排列的大型高带通滤波器(720),用于从流音频信号输入中提取高频分量 在小设置的通道输入端(710C,710SL,710SR,710SBL,710SRB)中。 流音频信号还通过大型低带通滤波器(730),用于提取被大型高带通滤波器(720)阻挡的低频分量。 所提取的高频分量和提取的低频分量通过大加法器(780)相加在一起以输出。 可以匹配不同设置中的流音频信号的相位,从而有助于有利的再现。