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    • 7. 发明申请
    • ELECTRO-OPTICAL LUMINOUS MEANS COMPRISING ORGANIC LIGHT-EMITTING MATERIAL
    • 电光源包含有机发光材料的手段
    • US20080238304A1
    • 2008-10-02
    • US12026739
    • 2008-02-06
    • Frank SchmidOliver Klettke
    • Frank SchmidOliver Klettke
    • H01L51/50
    • H01L51/52
    • The temperature dependence of the most important characteristics of OLEDs (11) can be effectively counteractively controlled by the power supply (18) thereof if the actual instantaneous operating temperature is detected metrologically by at least one temperature sensor (19) incorporated into the hermetically encapsulated OLED (11). For this purpose, a line section (20) composed of a material having a high temperature coefficient of its electrical resistance is applied in electrically insulated fashion to one of the electrodes (areal transparent anode 13 or geometrically structured cathode 16), in a manner facing or averted from the polymer (14). If the temperature sensor (19) is arranged before the cathode on the emission side, that is to say even if it is arranged at the anode (13), its line section (20) preferably runs outside the projection of those geometrically structured regions of the cathode (16) which govern the cross-sectional geometries of the polymer excitation and thus of the emissions (15).
    • 如果实际的瞬时工作温度由结合到气密封装的OLED中的至少一个温度传感器(19)以计量方式检测到,OLED(11)的最重要特性的温度依赖性可以被其电源(18)有效地抵消控制 (11)。 为此,由具有高电阻温度系数的材料构成的线路部分(20)以电绝缘的方式被施加到一个电极(区域透明阳极13或几何结构的阴极16) 或从聚合物(14)避开。 如果温度传感器(19)布置在发射侧的阴极之前,即使其布置在阳极(13)处,则其线段(20)优选地在那些几何结构化区域的突起的外侧延伸 阴极(16),其控制聚合物激发的横截面几何形状,从而控制排放(15)。
    • 8. 发明授权
    • Method for adjusting the phase-locking loop of an electronic evaluation device and corresponding electronic evaluation device
    • 一种用于调整电子评估装置的锁相环和相应的电子评估装置的方法
    • US06672159B2
    • 2004-01-06
    • US10203861
    • 2002-11-12
    • Frank SchmidJens MohauptWolfram Bauer
    • Frank SchmidJens MohauptWolfram Bauer
    • G01C1900
    • G01C19/56
    • A method is described for balancing the phase-locked loop of an electronic analyzing device which analyzes the output signal of a sensor device, a yaw rate sensor in particular using the Coriolis effect having an oscillating mass which undergoes a deflection under the effect of an external yaw rate on the sensor device and the output signal representing a yaw rate signal, the electronic analyzing device having in addition to the phase-locked loop, a control loop, a quadrature control loop in particular, and the control loop is provided with a controller having an input and an output as well as with a modulator or mixer having an input which has a first electrical connection with the output of the controller. In order to reduce the percentage of sensor devices produced which, however, cannot be balanced the first electrical connection is interrupted between the output of the controller and the input of the mixer and a second electrical connection is produced between the output of the controller and the input of the mixer, the second electrical connection being made by connecting an attenuating element in between.
    • 描述了一种用于平衡电子分析装置的锁相环的方法,其分析传感器装置的输出信号,偏航率传感器,特别是使用具有在外部影响下经历偏转的振荡质量的科里奥利效应 传感器装置的偏航率和表示横摆率信号的输出信号,电子分析装置除具有锁相环,控制回路,特别是正交控制回路之外,还具有控制回路 具有输入和输出以及具有与控制器的输出具有第一电连接的输入的调制器或混频器。 为了减少生产的传感器设备的百分比,然而不能平衡传感器设备的百分比,因此控制器的输出和混合器的输入之间的第一电连接被中断,并且在控制器的输出和 混合器的输入,第二电连接是通过在其间连接衰减元件而制成的。