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    • 2. 发明授权
    • Integrated tube and dome for thin tube BTE
    • 集成管和圆顶用于细管BTE
    • US09473843B2
    • 2016-10-18
    • US14337592
    • 2014-07-22
    • Oticon A/SBernafon AG
    • Karsten Bo RasmussenMonika Bertges ReberMartin Lindebjerg
    • H04R25/00H04R1/10
    • H04R1/1058H04R1/1016H04R25/456H04R25/652H04R25/658H04R2225/021
    • The invention describes a hearing device with a BTE (Behind-The-Ear) unit and an air filled tube. The BTE unit comprises a power source, a microphone, an amplifier, and a receiver and is configured to be mounted behind or on the ear of a user. The air filled tube as a proximal end and a distal end. The proximal end of the air filled tube is connected to the receiver of the BTE unit and a flexible sealing part is provided at the distal end. The flexible sealing part comprises a core hole permeable for sound transmitted from the air filled tube through a core pathway. The air filled tube is further configured to be arranged in a user's ear canal to transmit sound generated by the BTE unit to a tympanic membrane of the user. The flexible sealing part is arranged in a bony portion of the user's ear canal when in use. The diameter of the flexible sealing part is at least as large as the diameter of the bony portion of the ear canal of a user to close the ear canal.
    • 本发明描述了具有BTE(Behind-the-Ear)单元和充气管的听力装置。 BTE单元包括电源,麦克风,放大器和接收器,并且被配置为安装在用户的耳后或耳后。 充气管作为近端和远端。 充气管的近端连接到BTE单元的接收器,并且在远端设置柔性密封部。 柔性密封部分包括可透过空气填充管通过芯路径传播的声音的芯孔。 充气管还被配置为布置在用户的耳道中,以将由BTE单元产生的声音传送到用户的鼓膜。 柔性密封部件在使用时布置在使用者耳道的骨部分中。 柔性密封部分的直径至少与使用者的耳道的骨部的直径相同以闭合耳道。
    • 3. 发明申请
    • METHOD AND SYSTEM FOR MODELING A CUSTOM FIT EARMOLD
    • 用于建立定制FIT EARMOLD的方法和系统
    • US20160057552A1
    • 2016-02-25
    • US14825647
    • 2015-08-13
    • Oticon A/SBernafon AG
    • Gabriel KUREMonika Bertges REBERKarsten Bo RASMUSSEN
    • H04R25/00G06T17/00
    • H04R25/652G06T17/00H04R25/65H04R2225/77
    • According to an embodiment, a hearing aid comprising a custom-fit ear mold is disclosed. The custom fit ear mold includes a retention part comprising a structure adapted to lock anatomically with at least one point at a surface of the pinna and/or ear canal when the custom-fit earmold is positioned in the pinna and/or ear canal of the user. The at least one point represents at least one retention point selected from the plurality of retention possibility points (RPPs), wherein each RPP of the plurality of the RPPs comprises a point wherein a normal, at the RPP, to a tangent plane containing the RPP intersects at another point at surface of the pinna and/or ear canal such that the another point is proximal to a tympanic membrane of the user compared to position of the RPP relative to the tympanic membrane.
    • 根据一个实施例,公开了一种包括定制耳模的助听器。 定制适合的耳模包括保持部件,该保持部件包括结构,其适于当解剖学上具有至少一个点时在手指和/或耳道的表面处锁定,当定制的安瓿放置在耳廓和/或耳道中时 用户。 所述至少一个点表示从所述多个保留可能性点(RPP)中选择的至少一个保留点,其中所述多个RPP中的每个RPP包括其中在RPP处的法线与包含RPP的切平面的点 在针刺和/或耳道表面的另一点处相交,使得与RPP相对于鼓膜的位置相比,另一点靠近使用者的鼓膜。
    • 7. 发明申请
    • HEARING DEVICE COMPRISING A FEEDBACK CANCELLATION SYSTEM BASED ON SIGNAL ENERGY RELOCATION
    • 基于信号能量转移的包含反馈消除系统的听觉设备
    • US20170070827A1
    • 2017-03-09
    • US15257295
    • 2016-09-06
    • Oticon A/SBernafon AG
    • Meng GUOBernhard KÜNZLE
    • H04R25/00
    • H04R25/453H04R1/1041H04R25/356H04R2225/43
    • A hearing device, e.g. a hearing aid, is provided, comprising a forward path comprising an input transducer for providing an electric input signal, a signal processing unit configured to apply a requested forward gain to the electric input signal, and an output transducer. The hearing device further comprises a feedback reduction unit for reducing a risk of howl due to feedback from the output transducer to the input transducer. The forward path and the external feedback path defines a roundtrip loop delay. The feedback reduction unit is configured to modulate said requested forward gain in time, to provide that the resulting forward gain exhibits a first, increased gain AH in a first time period TH and a second, reduced gain AL in a second time period TL, wherein at least one of AH, AL, TH, and TL is/are determined according to a predetermined or adaptively determined criterion including said roundtrip loop delay.
    • 听力装置,例如 提供了一种助听器,包括前进路径,其包括用于提供电输入信号的输入换能器,被配置为向所述电输入信号施加所请求的正向增益的信号处理单元和输出换能器。 听力装置还包括反馈减少单元,用于降低由于从输出换能器到输入换能器的反馈而引起的嚎叫风险。 前向路径和外部反馈路径定义了往返循环延迟。 反馈减少单元被配置为在时间上调制所请求的正向增益,以便提供所得到的正向增益在第一时间段TH中呈现第一增益增益AH,在第二时间段TL中呈现第二减小的增益AL,其中 根据包括所述往返循环延迟的预定或自适应确定的标准来确定AH,AL,TH和TL中的至少一个。
    • 8. 发明申请
    • METHOD OF ADAPTING A HEARING DEVICE TO A USER'S EAR, AND A HEARING DEVICE
    • 将听觉设备适配到用户的耳朵的方法以及听觉设备
    • US20160255448A1
    • 2016-09-01
    • US15054928
    • 2016-02-26
    • Oticon A/SBernafon AG
    • Fabian MORANTStefan Stegmann JENSEN
    • H04R25/00
    • H04R25/70H04R25/30H04R25/305H04R25/50H04R25/554H04R29/001H04R2225/021H04R2225/025H04R2225/61H04R2400/01
    • The application relates to a hearing device comprising an input unit for providing an electric input audio signal, a configurable signal processing unit for processing an audio signal and providing a processed audio signal, and a reversible output transducer for converting an electric output signal to an acoustic output sound. The hearing device further comprises a measurement unit configured to convert a sound pressure level to an electric signal, termed the measurement signal, and a control unit configured to determine a present electric impedance of the output transducer or a measure indicative of said present electric impedance from said measurement signal. This has the advantage that no additional microphone or other measurement equipment is needed to provide a (e.g. in-situ) real ear measurement of sound pressure level. The invention may e.g. be used to control audio signal processing in hearing aids, headsets, ear phones, active ear protection systems, or combinations thereof.
    • 该应用涉及一种包括用于提供电输入音频信号的输入单元的听力设备,用于处理音频信号并提供经处理的音频信号的可配置信号处理单元和用于将电输出信号转换成声学的可逆输出换能器 输出声音。 听力装置还包括测量单元,其被配置为将声压级转换成称为测量信号的电信号,以及控制单元,被配置为确定输出换能器的当前电阻抗或指示所述当前电阻抗的量度 所述测量信号。 这具有的优点是,不需要额外的麦克风或其他测量设备来提供声压级的(例如原位)真实耳朵测量。 本发明可以例如 用于控制助听器,耳机,耳机,主动耳朵保护系统或其组合中的音频信号处理。
    • 9. 发明申请
    • VENTED DOME
    • 露天球
    • US20150003655A1
    • 2015-01-01
    • US14293663
    • 2014-06-02
    • OTICON A/SBERNAFON AG
    • Kenneth Rueskov MØLLERPatrick WALTHERNan JIANG
    • H04R25/00
    • H04R25/652H04R25/654H04R2225/021H04R2225/63H04R2460/05H04R2460/11
    • A hearing device includes a BTE unit and a thin acoustic tube. The BTE unit includes a microphone, an amplifier, a power source, and a receiver and is configured to mount behind or on a user's ear. The tube includes a proximal end and a distal end with the proximal end and the distal end being connected to the receiver and to a flexible mounting insert respectively. The insert comprises a dome shape part and at least one core hole permeable for sound transmitted from the tube, which is configured to arrange in a user's ear canal to transmit sound generated by the BTE unit to a tympanic membrane of the user. The inserts diameter is adapted to at least have the same diameter as user's ear canal diameter to dose the ear canal of the user and has at least one internal vent pathway located on the circumference of the core hole.
    • 听力装置包括BTE单元和细声管。 BTE单元包括麦克风,放大器,电源和接收器,并且被配置为安装在用户耳朵后面或用户的耳朵上。 管包括近端和远端,其中近端和远端分别连接到接收器和柔性安装插件。 所述插入件包括圆顶形部分和至少一个可从所述管传播的声音的芯孔,所述至少一个芯孔构造成布置在使用者的耳道中以将由所述BTE单元产生的声音传输到所述使用者的鼓膜。 插入物直径适于至少具有与使用者的耳道直径相同的直径以对使用者的耳道进行剂量,并且具有位于核心孔的圆周上的至少一个内部通气路径。
    • 10. 发明申请
    • Method for adjusting a transmission characteristic of an electronic circuit
    • 用于调整电子电路的传输特性的方法
    • US20020044148A1
    • 2002-04-18
    • US09962900
    • 2001-09-25
    • Bernafon AG
    • Christoph Ludi
    • G06T011/20
    • G06F3/04847A61B5/121H04R25/70
    • In the method for the adjusting of a transmission characteristic of an electronic circuit, for example, in a hearing aid (1), a computer (2) with a monitor screen (3) and a mouse (4) are made ready. The hearing aid (1) to be adjusted is connected with the computer (2). The current operating parameters of the hearing aid (1) are transmitted to the computer (2). The computer (2) from the operating parameters calculates the current transmission characteristic and represents this on the monitor screen (3) as a three-dimensional graphic diagram. The acoustics specialist with the help of the mouse (3) selects a point of a segment of the graphic diagram and modifies the graphically depicted transmission characteristic by moving the mouse (4). As a result of this, also the current operating parameters are modified. From these, a new current transmission characteristic is calculated and represented on the monitor screen (3) as a three-dimensional graphic diagram. This adaptation process is repeated for as long as required, until the current transmission characteristic coincides with the desired response. Once this has been achieved, the current operating parameters are transmitted from the computer (2) to the hearing aid (1) and there stored in memory. This method is more intuitive, more graphically vivid and more easily handled than those known up until now, where only two-dimensional representations of the transmission characteristic are utilised. The method enables a more effective adjustment of the transmission characteristic and, in the case of hearing aids, a better hearing.
    • 在用于调整电子电路的传输特性的方法中,例如在助听器(1)中,准备具有监视器屏幕(3)和鼠标(4)的计算机(2)。 要调整的助听器(1)与计算机(2)连接。 助听器(1)的当前操作参数被发送到计算机(2)。 来自操作参数的计算机(2)计算当前的传输特性,并在监视器屏幕(3)上表示为三维图形。 借助鼠标(3)的声学专家选择图形的一个点,并通过移动鼠标来修改图形化的传输特性(4)。 因此,当前的操作参数也被修改。 由此,作为三维图形,在监视画面(3)上计算出新的当前的传输特性。 重复这种适应过程需要的时间长,直到当前的传输特性与期望的响应一致。 一旦达到此目的,当前的操作参数从计算机(2)传输到助听器(1),并存储在存储器中。 这种方法比直到现在已知的仅使用传输特性的二维表示的方法更直观,更具图形生动和更容易处理。 该方法能够更有效地调整传输特性,并且在助听器的情况下能够有更好的听觉。