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    • 31. 发明授权
    • Electronic circuit arrangement for triggering solenoid valves
    • 用于触发电磁阀的电子电路装置
    • US5335136A
    • 1994-08-02
    • US74000
    • 1993-06-09
    • Johannes LocherHerbert GrafNestor Rodriguez-AmayaAlfred SchmittJoachim TauscherWerner Zimmermann
    • Johannes LocherHerbert GrafNestor Rodriguez-AmayaAlfred SchmittJoachim TauscherWerner Zimmermann
    • H01F7/18H01H47/00
    • H01F7/1877F02D41/20
    • The invention relates to an electronic circuit arrangement for triggering excitation windings of electromagnetic components, provided with supplementary circuit elements, in particular free-running circuit elements, preferably solenoid valves (MV.sub.1 to MV.sub.n), whereby in order to provide a flexible open-loop control, the components are each connected in series to a controllable contact element (3). To reduce the degree of complexity of the circuit, the manufacturing price and the space requirement, it is proposed that the connecting terminals (1, 4) of this series connection lead directly, and the connections (2) between the components (MV.sub.1 to MV.sub.n) and the contact elements (3) lead via diodes (D.sub.1 to D.sub.n), respectively, to a collecting point (A, B, C), to which collecting points (A, B, C) is linked one and the same supplementary circuit-element configuration (T.sub.F,C.sub.L,10,11) shared by all components. Accordingly, the component parts of the supplementary circuit elements are subject to multiple use; they are available to all of the electromagnetic components.
    • 本发明涉及一种电子电路装置,用于触发电磁元件的激励绕组,该辅助电路元件具有辅助电路元件,特别是自由运行电路元件,优选电磁阀(MV1至MVn),从而为了提供灵活的开环控制 ,各部件各自与可控触点元件(3)串联连接。 为了降低电路的复杂程度,制造价格和空间要求,建议该串联的连接端子(1,4)直接引出,并且组件(MV1至MVn)之间的连接(2) )和接触元件(3)分别通过二极管(D1至Dn)引导到收集点(A,B,C),收集点(A,B,C)连接到一个相同的辅助电路 - 所有组件共享的元素配置(TF,CL,10,11)。 因此,辅助电路元件的组成部分需要多次使用; 它们可用于所有的电磁元件。
    • 33. 发明授权
    • Measuring arrangement for continuous monitoring operating parameters of
an internal combustion engine
    • 用于连续监测内燃机运行参数的测量装置
    • US4541271A
    • 1985-09-17
    • US551720
    • 1983-11-15
    • Ulrich FlaigWerner FischerJohannes LocherWolfgang Schmidt
    • Ulrich FlaigWerner FischerJohannes LocherWolfgang Schmidt
    • G01M15/04F02D41/20G01D21/00G01M15/00
    • F02D41/20F02D2041/2055F02D2041/2058
    • The invention is directed to a measuring arrangement for detecting injection-begin in an internal combustion engine equipped with fuel injection valves. The measuring arrangement includes an inductive position transducer controlled by a current source. The current source is regulated against changes in the level of the supply voltage and elements for stabilization against noise impulses on the supply voltage are provided. The operating point of the output transistor of the current source is regulated in response to sharp drops in the level of the supply voltage thereby obtaining an improved signal-to-noise ratio. The output current of the current source is stabilized with respect to noise by elements of a coupling connected between the base of the output transistor and the supply voltage. By controlling the output current of the current source in dependence upon the rotational speed and/or the amplitude of the output signal of the measuring arrangement, it is possible to obtain an injection-begin signal of constant amplitude over the entire range of the rotational speed, temperature, and fabrication tolerances of the sensors.
    • 本发明涉及一种用于检测配备有燃料喷射阀的内燃机中的喷射开始的测量装置。 测量装置包括由电流源控制的感应位置传感器。 电流源是根据电源电压的变化进行调节的,并提供用于稳定电源电压上的噪声脉冲的元件。 电流源的输出晶体管的工作点响应于电源电压的急剧下降而调节,从而获得改善的信噪比。 电流源的输出电流通过连接在输出晶体管的基极和电源电压之间的耦合元件相对于噪声而稳定。 通过根据测量装置的输出信号的旋转速度和/或振幅控制电流源的输出电流,可以在转速的整个范围内获得恒定振幅的注入开始信号 ,温度和制造公差。
    • 35. 发明授权
    • Short-circuit-protected evaluation circuit of high stability for
variable inductance transducers
    • 用于可变电感传感器的高稳定性短路保护评估电路
    • US4527121A
    • 1985-07-02
    • US377023
    • 1982-05-11
    • Werner FischerUlrich FlaigGerhard HettichJohannes Locher
    • Werner FischerUlrich FlaigGerhard HettichJohannes Locher
    • G01R27/02G01R27/26H03B5/04G01B7/14G01N27/00
    • G01R27/2611
    • The inductance of a variable inductor is put in series with a resistor to provide a delay circuit at the output of an amplifying path and the delayed voltage is fed-back to produce square waves having a period representative of the induct. The amplifying path includes a first amplifier and a final stage that includes a transistor. A second transistor is connected to a voltage supply line feeding the final stage and the delay network and is also connected to the final stage in such a way that the second transistor conducts when the first transistor of the final stage is blocked and so that the second transistor is automatically blocked when the output of the final stage is at a low potential. The base of the second transistor is connected through a resistance to a battery voltage line at a somewhat higher potential than that of the voltage supply line for the final stage. It is useful to provide an additional amplifier to operate the second transistor with its input coming from the feed back line supplied by the variable inductor and its network resistor, preferably through a low-pass filter. For adjustments that may be necessary when the inductor of a system is replaced, the characteristic curve of the evaluation circuit can be additively shifted by interposing a resistance-capacitance delay followed by an amplifying comparator in the amplifying path, preferably between the preliminary amplifier and the final stage.
    • 可变电感器的电感与电阻器串联,以在放大路径的输出端提供延迟电路,反馈延迟电压产生具有代表电感的周期的方波。 放大路径包括第一放大器和包括晶体管的最后级。 第二晶体管连接到馈送最终级和延迟网络的电压供应线,并且还连接到最后级,使得当最终级的第一晶体管被阻塞时第二晶体管导通,使得第二晶体管 当最后一级的输出处于低电位时,晶体管将自动闭锁。 第二晶体管的基极通过与电池电压线的电阻相比在最后一级的电压供给线的电位稍高的电位连接。 提供额外的放大器来操作第二晶体管是有用的,其输入来自可变电感器及其网络电阻器提供的反馈线,优选地通过低通滤波器。 对于在更换系统的电感器时可能需要的调整,可以通过在放大路径中插入电阻电容延迟,随后放大比较器,优选地在预放大器和 最后阶段。