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    • 1. 发明申请
    • HEARING AID, HEARING-AID APPARATUS, HEARING-AID METHOD AND INTEGRATED CIRCUIT THEREOF
    • 听力助听器,听力辅助设备,听力辅助方法及其集成电路
    • US20100254554A1
    • 2010-10-07
    • US12663761
    • 2009-04-07
    • Kazue FusakawaMegumi YokokuraYoshiaki Takagi
    • Kazue FusakawaMegumi YokokuraYoshiaki Takagi
    • H04R25/00
    • H04R25/558H04R25/554
    • A hearing aid (100) fits in an ear of a user and amplifies a sound and outputs the amplified sound. Specifically, the hearing aid includes: a microphone (110) as a pick-up unit which picks up the sound; a wireless communicating unit (130) which receives, from an external apparatus connected via wireless, an instruction for outputting a searching sound, the instruction for outputting a searching sound which is used for outputting a searching sound; an amplifier (140) which amplifies the outputted sound; an earphone (150) as an outputting unit which outputs the sound amplified by the amplifier (140); and an operation switching unit (120) which switches between a hearing mode and a searched mode, the hearing mode causing the amplifier (140) to amplify a hearing sound which is a sound picked up by the microphone (110) with a use of a first amplification factor, and the searched mode causing the amplifier (140) to amplify the searching sound, in response to the reception of the instruction for outputting a searching sound, with a use of a second amplification factor greater than the first amplification factor.
    • 助听器(100)适合用户的耳朵并放大声音并输出放大的声音。 具体地说,助听器包括:作为拾取单元拾取声音的麦克风(110); 无线通信单元(130),其从经由无线连接的外部设备接收用于输出搜索声音的指令,输出用于输出搜索声音的搜索声音的指令; 放大器(140),其放大输出的声音; 耳机(150)作为输出单元,输出由放大器(140)放大的声音; 以及在听力模式和搜索模式之间切换的操作切换单元(120),所述听力模式使得放大器(140)放大作为由麦克风(110)拾取的声音的听力声音,使用 第一放大因子,以及使用大于第一放大因子的第二放大系数,响应于接收到用于输出搜索声音的指令而使放大器(140)放大搜索声音的搜索模式。
    • 2. 发明授权
    • Hearing aid, hearing-aid apparatus, hearing-aid method and integrated circuit thereof
    • 助听器,助听器,助听器方法及其集成电路
    • US08363868B2
    • 2013-01-29
    • US12663761
    • 2009-04-07
    • Kazue FusakawaMegumi YokokuraYoshiaki Takagi
    • Kazue FusakawaMegumi YokokuraYoshiaki Takagi
    • H04R25/00
    • H04R25/558H04R25/554
    • A hearing aid (100) fits in an ear of a user and amplifies a sound and outputs the amplified sound. Specifically, the hearing aid includes: a microphone (110) as a pick-up unit which picks up the sound; a wireless communicating unit (130) which receives, from an external apparatus connected via wireless, an instruction for outputting a searching sound, the instruction for outputting a searching sound which is used for outputting a searching sound; an amplifier (140) which amplifies the outputted sound; an earphone (150) as an outputting unit which outputs the sound amplified by the amplifier (140); and an operation switching unit (120) which switches between a hearing mode and a searched mode, the hearing mode causing the amplifier (140) to amplify a hearing sound which is a sound picked up by the microphone (110) with a use of a first amplification factor, and the searched mode causing the amplifier (140) to amplify the searching sound, in response to the reception of the instruction for outputting a searching sound, with a use of a second amplification factor greater than the first amplification factor.
    • 助听器(100)适合用户的耳朵并放大声音并输出放大的声音。 具体地说,助听器包括:作为拾取单元拾取声音的麦克风(110); 无线通信单元(130),其从经由无线连接的外部设备接收用于输出搜索声音的指令,输出用于输出搜索声音的搜索声音的指令; 放大器(140),其放大输出的声音; 耳机(150)作为输出单元,输出由放大器(140)放大的声音; 以及在听力模式和搜索模式之间切换的操作切换单元(120),所述听力模式使得放大器(140)放大作为由麦克风(110)拾取的声音的听力声音,使用 第一放大因子,以及使用大于第一放大因子的第二放大系数,响应于接收到用于输出搜索声音的指令而使放大器(140)放大搜索声音的搜索模式。
    • 3. 发明申请
    • HEARING AID DEVICE AND AUDIO CONTROL METHOD
    • 听力设备和音频控制方法
    • US20130070945A1
    • 2013-03-21
    • US13582576
    • 2012-03-15
    • Kazue FusakawaGempo ItoTakashi Katayama
    • Kazue FusakawaGempo ItoTakashi Katayama
    • H04R25/00
    • H04R25/00H04R25/552H04R25/554H04R2225/43H04R2225/55H04S2400/01H04S2400/05H04S2400/11
    • The hearing aid makes conversation sound easier to hear. The hearing aid device (100) comprises a first audio controller (40) that receives a center signal (C), a left-front signal (L), a right-front signal (R), a left-rear signal (SL), and a right-rear signal (SR), and second audio controller (20) that receives the output signal from the first audio controller (40). The first audio controller (40) has a sound image localization processor (42) that locates a sound image in a specific direction with respect to the left-front signal (L), the right-front signal (R), the left-rear signal (SL), and the right-rear signal (SR). The second audio controller (20) has a first amplifier (21) that amplifies the output signal from the sound image localization processor (42), and a hearing aid processor (22) that amplifies the center signal (C) according to the hearing ability of the user of the hearing aid device (100), and outputs the output signal from the first amplifier (21) and the output signal from the hearing aid processor (22) as sound.
    • 助听器使对话听起来更容易听到。 助听器装置(100)包括:第一音频控制器(40),其接收中心信号(C),左前信号(L),右前信号(R),左后信号(SL) ,以及右后信号(SR)和接收来自第一音频控制器(40)的输出信号的第二音频控制器(20)。 第一音频控制器(40)具有声像定位处理器(42),该声像定位处理器将相对于左前信号(L),右前信号(R),左后信号 信号(SL)和右后信号(SR)。 第二音频控制器(20)具有放大来自声像定位处理器(42)的输出信号的第一放大器(21)和根据听觉能力放大中心信号(C)的助听器处理器(22) 的助听器装置(100)的用户,并将来自第一放大器(21)的输出信号和来自助听器处理器(22)的输出信号作为声音输出。
    • 6. 发明申请
    • Sound image localization device
    • 声像定位装置
    • US20070165890A1
    • 2007-07-19
    • US11571940
    • 2004-07-14
    • Kazue FusakawaGempo ItoAtsunobu Murase
    • Kazue FusakawaGempo ItoAtsunobu Murase
    • H04R5/02H04R5/00
    • H04S1/002H04R5/04H04R2499/11H04S2400/01H04S2420/01H04S2420/07
    • A sound image localization device (10) comprising: band division means (11) for dividing an inputted acoustic signal to a high-band acoustic signal and a low-band acoustic signal; a first filter (12) and a second filter (13) for localizing the high-band acoustic signal; low-band localization means (16) having a third filter (14) and a fourth filter (15) for localizing the low-band acoustic signal; a first adder (17) for adding the output signals of the first filter (12) and the third filter (14), and a second adder (18) for adding the output signals of the second filter (13) and the fourth filter (15). The sound image localization device (10) having such a configuration mitigates the limit of the listening position as compared to the conventional one and enables localization of the sound image in any direction around a listener.
    • 一种声像定位装置(10),包括:频带分割装置(11),用于将输入的声信号分割成高频带声信号和低频声信号; 用于定位高频带声信号的第一滤波器(12)和第二滤波器(13); 低频定位装置(16)具有用于对低频声信号进行定位的第三滤波器(14)和第四滤波器(15); 第一加法器(17),用于将第一滤波器(12)和第三滤波器(14)的输出信号相加;以及第二加法器(18),用于将第二滤波器(13)和第四滤波器 15)。 具有这种配置的声像定位装置(10)与常规配置相比,可以减轻收听位置的限制,并且可以使声音图像在收听者周围的任意方向进行定位。