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    • 4. 发明授权
    • Connector system for receivers of hearing devices
    • 用于听觉装置的接收器的连接器系统
    • US07684579B2
    • 2010-03-23
    • US11348138
    • 2006-02-06
    • André Lucien OchsenbeinDaniel Müller
    • André Lucien OchsenbeinDaniel Müller
    • H04R25/00
    • H04R25/608H04R2420/03
    • The present invention provides a hearing device comprising a first component (10) with a housing (11) comprising at least one electronic module, said housing (11) being adapted to be carried outside of or at the human body and a second component (20) to be inserted either partially or fully into an ear canal of a human body, said second component (20) comprising a shell (21). The hearing device further comprises connecting means connecting both mechanically and electrically said first and said second component (10;20), comprising a tube (30) with electric wire arranged within the tube (30) and two fasteners (31;32) being arranged at each end of said tube (30). Said first fastener (31), being adapted to detachably connect said second component (20) with said connecting means, comprises a receiving housing or compartment, adapted to contain at least a part of a receiver (23) to be placed within said second component (20). By providing a detachable fastener (31;32) at least at one end of the tube (30) acting as connecting means between the first and second component (10;20) of the hearing device, the connecting means may be easily detached from either the first or the second component (10;20) of the hearing device.
    • 本发明提供了一种听力装置,包括具有壳体(11)的第一部件(10),该壳体包括至少一个电子模块,所述壳体(11)适于承载在人体的外部或者在人体上,以及第二部件 )部分或全部地插入人体的耳道中,所述第二部件(20)包括壳体(21)。 所述听力装置还包括连接装置,其连接机械和电气的所述第一和所述第二部件(10; 20),所述连接装置包括具有设置在所述管(30)内的电线的管(30)和两个紧固件(31; 32) 在所述管(30)的每一端。 所述第一紧固件(31)适于将所述第二部件(20)与所述连接装置可拆卸地连接,包括容纳壳体或隔室,适于容纳待放置在所述第二部件内的接收器(23)的至少一部分 (20)。 通过在作为在听力装置的第一和第二部件(10,20)之间的连接装置的管(30)的至少一端处提供可拆卸的紧固件(31; 32),连接装置可以容易地从任何一个 听力装置的第一或第二组件(10; 20)。
    • 6. 发明授权
    • Opto-electronic distance sensor and method for the opto-electronic distance measurement
    • 光电距离传感器及光电距离测量方法
    • US06492652B2
    • 2002-12-10
    • US09742806
    • 2000-12-20
    • Daniel Müller
    • Daniel Müller
    • G01C308
    • G01V8/20G01C3/085G01S7/4816G01S17/48
    • The opto-electronic sensor (1) for the measurement of the distance (d) to an object (9), resp., for the identification of an object (9) within a monitoring zone (90) is based on triangulation measurement. A light source (21) emits light onto the object (9) or into the monitoring zone (90). The light (35) scattered by the object (9) impinges on a receiving element (31) at an angle (&agr;), which is dependent on distance (d) to the object (9). The latter has tappings (34.1-34.5) distributed over its length, in order to by means of a corresponding selection of these bring the measuring range of the sensor (1) to the value required by a control circuit (4) and as a result of this to increase the measuring resolution correspondingly. In variable amplifiers (6.1, 6.2), two or more detector signals (I1′, I2′) are multiplied with a variable factor respectively determined by the control circuit (4) and subsequently added, resp., subtracted in an adding—or subtracting stage (7). In an evaluation unit (8), the common signal for the generation of an object identification signal is processed further. The sensor (1) manifests a low measuring inaccuracy caused by noise and enables a continuous adjustability of the measuring distance (d).
    • 用于测量对象(9)的距离(d)的光电传感器(1),用于在监视区域(90)内识别对象(9),其基于三角测量。 光源(21)向物体(9)或监视区域(90)发射光。 由物体(9)散射的光(35)以取决于物体(9)的距离(d)的角度(α)撞击在接收元件(31)上。 后者具有分布在其长度上的抽头(34.1-34.5),为了通过相应的选择使传感器(1)的测量范围达到控制电路(4)所需的值,结果 以此相应地增加测量分辨率。 在可变放大器(6.1,6.2)中,将两个或更多个检测器信号(I1',I2')乘以由控制电路(4)分别确定的可变因子,然后相加或相减 阶段(7)。 在评估单元(8)中,进一步处理用于生成对象识别信号的公共信号。 传感器(1)表现出由噪声引起的低测量不准确度,并能够实现测量距离(d)的连续可调性。