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    • 11. 发明授权
    • Circuit arrangement, particularly for a wiper arrangement for motor
vehicle windshields
    • 电路布置,特别是用于汽车挡风玻璃的刮水器布置
    • US5825148A
    • 1998-10-20
    • US765868
    • 1997-01-10
    • Norbert HogRainer PientkaHans MeierGuenther RiehlHenry Blitzke
    • Norbert HogRainer PientkaHans MeierGuenther RiehlHenry Blitzke
    • B60S1/08
    • B60S1/08Y10S318/02
    • A circuit arrangement, in particular for a wiper arrangement for motor vehicle windshields, having an electric wiper motor and a step-switching unit for the wiper motor that can be actuated via a control device, and wherein at least one output of the control device that is assigned to a specific wiper speed is connected to at least one input of the step-switching unit that determines this wiper speed. A switching means (18) is parallel-connected to the outputs (20, 24) of the control device (12), by way of which a voltage source (U.sub.bat) can be connected with the inputs (22, 26) of the step-switching unit (14), which are assigned to the outputs (20, 24) of the control device (12).
    • PCT No.PCT / DE95 / 01636 Sec。 371日期1997年1月10日 102(e)日期1997年1月10日PCT提交1995年11月23日PCT公布。 WO96 / 19366 PCT出版物 日期1996年6月27日一种电路装置,特别是用于机动车辆挡风玻璃的刮水器装置的电路装置,其具有电动刮水器马达和用于可通过控制装置致动的刮水器马达的步进切换装置,并且其中至少一个输出 分配给特定抽头速度的控制装置连接到确定该抽头速度的步进切换单元的至少一个输入。 开关装置(18)并联连接到控制装置(12)的输出端(20,24),通过该开关装置可以将电压源(Ubat)与步骤的输入端(22,26)连接 切换单元(14),其被分配给控制装置(12)的输出(20,24)。
    • 12. 发明授权
    • Device for operating a windshield wiper in intermittent and continuous
modes
    • 用于在间歇和连续模式下操作挡风玻璃刮水器的装置
    • US5694012A
    • 1997-12-02
    • US687340
    • 1996-08-01
    • Rainer PientkaHenry Blitzke
    • Rainer PientkaHenry Blitzke
    • B60S1/08H03K23/64
    • B60S1/0818B60S1/0833
    • Proposed is a device for operating a windshield wiper in the intermittent and continuous modes. To do this, at least one sensor (12) is provided, which emits signals in dependence on the coat of moisture or the amount of rain on a windshield to be cleaned, as well as an electronic control (16) for operating the windshield wiper (11) in dependence of the signal from sensor (12). The number for the sensor signals (E) per wiping interval (WP) is recorded as control signal (n) in one evaluating mechanism (14). Furthermore and depending on whether at least one threshold value (S1, S2) is exceeded or not reached by the control signal (n) or a signal (M1, M2), derived from control signals, there is a changeover between intermittent and continuous modes by means of a changeover device (21, 22).
    • PCT No.PCT / DE95 / 00082 Sec。 371日期:1996年8月1日 102(e)日期1996年8月1日PCT 1995年1月24日PCT PCT。 出版物WO95 / 21078 日期1995年8月10日作为在间歇连续模式下操作挡风玻璃刮水器的装置。 为此,提供至少一个传感器(12),该传感器根据待清洁的挡风玻璃上的水分或雨水的数量,以及用于操作挡风玻璃刮水器的电子控制器(16)发出信号 (11)根据来自传感器(12)的信号。 每个擦拭间隔(WP)中的传感器信号(E)的数量作为控制信号(n)记录在一个评估机构(14)中。 此外,根据由控制信号(n)到达的至少一个阈值(S1,S2)还是从控制信号导出的信号(M1,M2),存在间歇模式和连续模式之间的切换 借助于切换装置(21,22)。
    • 16. 发明授权
    • System for automatic switching of lighting devices in vehicles
    • 车辆照明装置自动切换系统
    • US06727653B2
    • 2004-04-27
    • US09979501
    • 2002-03-04
    • Patrick SchmittNorbert HogBruno HodappRainer PientkaHans MeierHenry BlitzkeManfred Burkart
    • Patrick SchmittNorbert HogBruno HodappRainer PientkaHans MeierHenry BlitzkeManfred Burkart
    • H05B3700
    • B60Q1/0023B60Q1/1423B60Q2300/112B60Q2300/314B60Q2300/3321B60Q2300/337
    • A sensor device, by which the light intensity in the surroundings of the vehicle is detected and which is connected to an evaluation device, by which the signals (S) of the sensor device for the light intensity are compared with at least one threshold value, and from that it is ascertained whether a change in the switching state of the lighting devices is necessary. The evaluation device evaluates signals (S) of the sensor device for the presence of at least one periodically variable signal component (Sk), and in the presence of such a signal component (Sk), the lighting devices are either turned on at a certain level, or remain turned on at that level. By this evaluation, light originating from artificial light sources and having a variable intensity depending on the alternating voltage with which these sources are operated, are detected and assure that the lighting devices will be turned on or will remain turned on if the vehicle is driving in a tunnel or underground garage, for instance, where lighting is provided by artificial light sources.
    • 一种传感器装置,通过该传感器装置检测车辆周围的光强度并将其连接到评估装置,通过该评估装置将用于光强度的传感器装置的信号(S)与至少一个阈值进行比较, 从而确定是否需要改变照明装置的切换状态。 评价装置评估传感器装置的信号(S),以存在至少一个周期性可变信号分量(Sk),并且在存在这样的信号分量(Sk))的情况下,照明装置以某种方式被接通 级别,或在该级别保持打开状态。 通过该评估,检测到源自人造光源并且具有取决于操作这些源的交流电压的可变强度的光,并且确保照明装置将被打开或者如果车辆正在行驶则保持打开 例如,隧道或地下车库,其中照明由人造光源提供。
    • 17. 发明授权
    • Method and device for monitoring an electronic computing unit
    • 用于监视电子计算单元的方法和装置
    • US6003140A
    • 1999-12-14
    • US913406
    • 1997-09-17
    • Rainer PientkaHans MeierHenry Blitzke
    • Rainer PientkaHans MeierHenry Blitzke
    • G06F11/30G06F1/24G06F11/00G06F11/16
    • G06F11/0763G06F11/0754G06F11/167
    • The invention concerns a method and an arrangement for monitoring a computing unit, such as is used, for example, in control devices. The monitoring device generates a reset signal if the supply voltage drops below a voltage level, below which a defined operation is not ensured. Following the occurrence of a reset signal, a fixedly predetermined code is compared with the content of a volatile memory unit and a signal is emitted based on the comparison result, which determines the further process sequence. A fast and secure determination of the continued optimum process sequence is obtained by continuing with the control of the operating state as it exists at the time when the reset signal occurs, provided the content of the volatile memory unit coincides with the code, whereas a new initialization is carried out if the content of the volatile memory unit deviates from the code.
    • PCT No.PCT / DE97 / 00006 Sec。 371日期1997年9月17日 102(e)1997年9月17日PCT PCT 1997年1月2日PCT公布。 公开号WO97 / 26598 日期1997年7月24日本发明涉及用于监视诸如在控制装置中使用的计算单元的方法和装置。 如果电源电压低于电压电平,则监控装置产生一个复位信号,低于该值时,不能保证定义的操作。 在发生复位信号之后,将固定预定的代码与易失性存储器单元的内容进行比较,并且基于比较结果发出信号,其确定进一步的处理顺序。 通过继续对复位信号发生时存在的运行状态进行控制,只要易失性存储器单元的内容与代码一致,就可以快速而安全地确定持续的最佳处理顺序,而新的 如果易失性存储器单元的内容偏离代码,则执行初始化。
    • 20. 发明授权
    • Sensor arrangement for detecting the degree of wetting of a windshield
    • 用于检测挡风玻璃湿度的传感器装置
    • US5838454A
    • 1998-11-17
    • US784134
    • 1997-01-15
    • Rainer Pientka
    • Rainer Pientka
    • B60S1/08G01N21/88B60S1/02
    • B60S1/0837B60S1/0822B60S1/0881Y10S318/02
    • A sensor device for detecting a wetting condition on a windshield where radiation emitted by a radiation transmitter is coupled with the windshield by a coupling element with a beam acceptance surface designed as focusing lens and where, following at least one total reflection from the windshield via a decoupling element which has a beam emission surface that is also a focusing lens. The radiation is decoupled to a radiation receiver and the axial transmitter radiation is totally reflected on a level first limiting surface, and the radiation acceptance surface has a spherical shape. The radiation transmitter is arranged such that the diverging transmitter radiation is essentially focused axis-parallel toward the first limiting surface and that the dimensions of the first limiting surface are at least big enough so that it detects the complete parallel-focused beam of rays.
    • 一种用于检测挡风玻璃上的润湿状况的传感器装置,其中由辐射发射器发射的辐射通过耦合元件与挡风玻璃结合,所述耦合元件具有设计为聚焦透镜的光束接收表面,并且其中,经由至少一次来自挡风玻璃的全反射 具有也是聚焦透镜的光束发射表面的去耦元件。 辐射被解耦到辐射接收器,并且轴向发射器辐射在水平的第一限制表面上被全反射,并且辐射接收表面具有球形形状。 辐射发射器被布置成使得发散发射器辐射基本上被聚焦成朝向第一限制表面的轴平行,并且第一限制表面的尺寸至少足够大,使得其检测到完全平行聚焦的光束。