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    • 1. 发明申请
    • HEARING DEVICE WITH USER CONTROL
    • 用户控制的听觉设备
    • WO2009118047A1
    • 2009-10-01
    • PCT/EP2008/053747
    • 2008-03-28
    • PHONAK AGOCHSENBEIN, André, LucienSIMMLER, AndréZUEGER, UrsMEIER, Hans, Georg
    • OCHSENBEIN, André, LucienSIMMLER, AndréZUEGER, UrsMEIER, Hans, Georg
    • H04R25/00
    • H04R25/65H01H13/52H01H2009/048H01H2300/004H04R25/602H04R25/658H04R2225/61
    • The hearing device comprises a battery door (20); a connector (2) having N ≥ 1 electrical contacts (6); and a user control (8). The user control (8) consists of a) an elastic actuation member (14); and operationally connected thereto b) a contact changing member (12), which can be different from or identical with the elastic actuation member (14); and operationally connected thereto c) at least one of the N electrical contacts (6). At least a portion of the elastic actuation member (14) forms at least a portion of the battery door (20). The connector (2) is a connector for providing a communication connection to the hearing device. The user control (8) can be a pushbutton switch. The elastic actuation member (14) comprises a body substantially made of elastomeric material and can hold the contact changing member (12). The contact changing member (12) is provided for changing the state of contacting of said at least one electrical contact (6), e.g., to establish or interrupt an electrical connection. Very small-size hearing devices can be realized.
    • 听力装置包括电池门(20); 具有N = 1个电触头(6)的连接器(2); 和用户控制(8)。 用户控制(8)由以下部分组成:a)弹性致动构件(14); 并且可操作地连接到其上; b)接触改变构件(12),其可以与弹性致动构件(14)不同或相同; 并且可操作地连接到其上c)N个电触点(6)中的至少一个。 弹性致动构件(14)的至少一部分形成电池门(20)的至少一部分。 连接器(2)是用于提供与听力装置的通信连接的连接器。 用户控制(8)可以是按钮开关。 弹性致动构件(14)包括基本上由弹性体材料制成的主体并且可以保持接触改变构件(12)。 接触改变构件(12)用于改变所述至少一个电触头(6)的接触状态,例如用于建立或中断电连接。 可以实现非常小尺寸的听力装置。
    • 2. 发明申请
    • HEARING DEVICE WITH MICROPHONE PROTECTION
    • 具有麦克风保护的听觉设备
    • WO2008116500A1
    • 2008-10-02
    • PCT/EP2007/052937
    • 2007-03-27
    • PHONAK AGGABATHULER, BrunoOCHSENBEIN, André Lucien
    • GABATHULER, BrunoOCHSENBEIN, André Lucien
    • H04R1/12H04R25/00H04R25/02
    • H04R1/12H04R25/65H04R2225/025
    • The hearing device comprises at least one microphone (2) arranged within the housing (3) of the hearing device, with its sound inlet aperture (21 ) being connected via a canal (7) to the outside of the housing (3) and a sound permeable cover (10) serving as microphone protection that is arranged in the region of the outlet opening of said canal (7). The canal (7) of the hearing device is provided as a blind hole and the microphone (2) is arranged at the side of said canal (7) and at least one opening or channel (9) is provided connecting said canal (7) with said sound inlet aperture (2' ) of said microphone (2). By providing the canal (7) as a blind hole, all dirt eventually intruding the canal (7) will be collected at the bottom of cover (10) and will therefore not reach directly the microphone (2) or the sound inlet openings of the microphone (2) respectively.
    • 听力装置包括布置在听力装置的壳体(3)内的至少一个麦克风(2),其声音入口孔(21)通过运河(7)连接到壳体(3)的外部,并且 布置在所述通道(7)的出口的区域中的用作麦克风保护的透声罩(10)。 听力装置的运河(7)设置为盲孔,并且麦克风(2)布置在所述运河(7)的侧面,并且提供连接所述运河(7)的至少一个开口或通道(9) 所述麦克风(2)的所述声音入口孔(2')。 通过将管道(7)设置为盲孔,最终侵入管道(7)的所有污物将被收集在盖(10)的底部,因此将不会直接到达麦克风(2)或声音入口 麦克风(2)。
    • 3. 发明申请
    • METHOD OF MANUFACTURING A CUSTOM SHAPED HEARING INSTRUMENT
    • 自定义形状听觉仪器的制造方法
    • WO2006117407A2
    • 2006-11-09
    • PCT/EP2006/063128
    • 2006-06-13
    • PHONAK AGHESSEL, HansKARAMUK, ErdalGABATHULER, BrunoOCHSENBEIN, André Lucien
    • HESSEL, HansKARAMUK, ErdalGABATHULER, BrunoOCHSENBEIN, André Lucien
    • H04R25/00
    • H04R25/658B29C64/00H04R25/60H04R25/602H04R25/604H04R25/65H04R25/652H04R2225/025
    • The present invention provides a method of manufacturing custom shaped hearing instruments by arranging virtually all components of said hearing instrument within the shape of the shell to define the final locations of said components. Subsequently, support elements as support structure within the shell according the final locations of the components will be generated digitally, for manufacturing said shell using a digital printing technique considering the digitally processed data from said antecedent steps. Then, connecting the components together with any necessary wiring, placing the components into the manufactured shell at its designated locations into the respective support elements, placing and attaching a cover plate onto said opening of said shell, thereby clamping said components between the cover plate and the shell or the support elements respectively. By applying the present method, there is advantageously no need of designing and using a faceplate which comprises a lot of the components of the hearing instrument.
    • 本发明提供了一种通过将所述听力器的几乎所有部件布置在外壳的形状内来定义所述部件的最终位置的方法来制造定制的形状的听力仪器。 随后,根据组件的最终位置,在壳体内作为支撑结构的支撑元件将以数字方式产生,用于使用考虑到来自所述先行步骤的数字处理数据的数字印刷技术制造所述外壳。 然后,将组件与任何必要的布线连接在一起,将组件在其指定位置放置在制造的壳体内,分别放置到相应的支撑元件中,将盖板放置并附着到所述壳体的所述开口上,从而将所述部件夹在盖板和 壳或支撑元件。 通过应用本方法,有利地不需要设计和使用包括听力仪器的许多部件的面板。