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    • 21. 发明申请
    • Method for adjusting a hearing aid with high-frequency amplification
    • 用于调节高频放大助听器的方法
    • US20070280494A1
    • 2007-12-06
    • US11787691
    • 2007-04-17
    • Volkmar Hamacher
    • Volkmar Hamacher
    • H04R25/00
    • H04R25/356
    • It should be possible to quickly and effectively adjust a hearing aid even in the high-frequency range above 8 kHz. For this purpose it is provided that an open-loop gain measurement is carried out in the upper frequency range and a maximum amplification or a frequency-dependent maximum amplification curve is fixed. This maximum amplification in the high-frequency range should not be exceeded. The hearing aid wearer can then optionally select one of a plurality of amplification curves located there below. In the low-frequency range a conventional amplification adjustment is carried out for example by a prescriptive audiogram-based formula. A hybrid adjustment procedure that is easy to carry out is thereby provided for the entire frequency range.
    • 即使在8 kHz以上的高频范围内,也可以快速有效地调整助听器。 为此,规定在较高频率范围内执行开环增益测量,并且固定最大放大或频率相关最大放大曲线。 不应超过在高频范围内的最大放大。 然后,助听器佩戴者可以选择选择位于其下方的多个放大曲线中的一个。 在低频范围中,例如通过基于规定的基于听力图的公式进行常规放大调整。 因此,在整个频率范围内提供了易于执行的混合调整程序。
    • 22. 发明申请
    • Hearing aid with adaptive start values for apparatus
    • 听力辅助设备的自适应启动值
    • US20070230726A1
    • 2007-10-04
    • US11729758
    • 2007-03-29
    • Arthur GiesnerVolkmar Hamacher
    • Arthur GiesnerVolkmar Hamacher
    • H04R25/00
    • H04R25/70
    • Fine customization of a hearing aid to the individual hearing environments and habits of a user are to be simplified and improved. To this end, when the hearing aid is turned on or when the hearing aid is switched to a particular operating mode, neither the value most recently valid for the parameter prior to turning off or switching to a different operating mode nor the parameter value transferred to the hearing aid at the beginning of programming is set. Rather, from the changes to the value of the parameter taking place during operation of the hearing aid a new start value is ascertained and stored, which value is then set automatically after turning on or switching mode.
    • 简化和改进助听器对用户个人听觉环境和习惯的精细定制。 为此,当助听器被接通或者当助听器切换到特定的操作模式时,最近在关闭或切换到不同的操作模式之前对于参数有效的值也不将参数值转移到 在编程开始时设置助听器。 相反,从助听器操作期间发生的参数的值的改变确定并存储新的起始值,然后在接通或切换模式之后自动设置该值。
    • 23. 发明申请
    • Hearing apparatus and a method for own-voice detection
    • 听力装置和自身语音检测方法
    • US20070009122A1
    • 2007-01-11
    • US11484915
    • 2006-07-11
    • Volkmar Hamacher
    • Volkmar Hamacher
    • H04R25/00
    • H04R25/453H04R25/405
    • A hearing aid wearer's own voice frequently leads to artifacts and response errors in various hearing aid algorithms. It is provided that the user's own voice to be detected by a special analysis device, and the hearing aid algorithms can be controlled as a function of detection. This can be achieved by providing a microphone in the auditory channel whose signal level is compared with that of an external microphone. This allows some form of control, e.g., the automatic gain control of a hearing aid to be “frozen”, in the presence of the hearing aid wearer's own voice.
    • 助听器佩戴者自己的声音经常导致各种助听器算法中的伪影和响应错误。 提供了由特殊分析装置检测到的用户自己的声音,并且可以将助听器算法作为检测的功能进行控制。 这可以通过在听觉通道中提供麦克风来实现,该麦克风的信号电平与外部麦克风的信号电平进行比较。 这允许在助听器佩戴者自己的声音的存在下进行某种形式的控制,例如助听器的自动增益控制被“冻结”。
    • 28. 发明授权
    • Hearing aid with noise suppression, and operating method therefor
    • 助听器噪声抑制及其操作方法
    • US07574012B2
    • 2009-08-11
    • US11009568
    • 2004-12-10
    • Joachim EggersVolkmar Hamacher
    • Joachim EggersVolkmar Hamacher
    • H03B29/00
    • H04R25/453G10L2021/02161H04R25/43H04R25/505H04R2225/43
    • Concurrent signal paths going pass a hearing aid bring about interferences in the auditory canal. These interferences are compensated by estimating an interfering signal from the input signal disturbed by interference from a microphone and applying to the interfering signal a transfer function, with which the concurrent acoustic signal path is simulated, thereby forming an interfering output signal, and combining a usable output signal from a signal-processing device with the interfering output signal. In this way, a noise suppression by directional microphone switching configurations can be made possible when concurrent signal paths do not make such directional microphone switching possible by conventional approaches.
    • 通过助听器的并发信号路径会引起听觉器官的干扰。 这些干扰通过估计来自麦克风的干扰的输入信号的干扰信号,并向干扰信号施加传递函数来进行补偿,传递函数通过该传递函数模拟并行声信号路径,从而形成干扰输出信号, 来自具有干扰输出信号的信号处理装置的输出信号。 以这种方式,当并行信号路径不能通过常规方法使得这种定向麦克风切换成为可能时,可以使定向麦克风切换配置的噪声抑制成为可能。