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    • 21. 发明授权
    • Electronically controllable and regulatable fuel metering system of an
internal combustion engine
    • 内燃机的电子可控和可调节燃料计量系统
    • US4501247A
    • 1985-02-26
    • US415047
    • 1982-09-07
    • Hermann GasslerEugen JoosHans KubachWolfgang MaischErich Singer
    • Hermann GasslerEugen JoosHans KubachWolfgang MaischErich Singer
    • F02D41/04F02D41/02F02D41/06F02D41/10F02M39/00
    • F02D41/06F02D41/064F02D41/10
    • It is proposed for a fuel metering system that a final control element be triggered with a regulated direct-current signal having clock components dependent on operating characteristics of an internal combustion engine in order to influence a fuel metering means. A further proposal is that the acceleration enrichment be triggered during starting. In this manner the desired starting enrichment is obtained by way of the sum of the post-starting, warm-up and acceleration enrichment. The acceleration enrichment per se begins beyond a predetermined air flow gradient and then has a steady course up to a maximum value. This subject is disclosed in combination with a continuously operating injection system, in which a corresponding overall control signal is prepared in a control unit and delivered to an electrohydraulic final control element. This final control element, in the specialized example, influences the working pressure of the differential pressure valves associated directly with the continuously functioning injection valves.
    • 提出了一种燃料计量系统,其最终控制元件由具有取决于内燃机的操作特性的时钟分量的调节的直流信号触发以影响燃料计量装置。 另一个建议是启动过程中触发加速浓缩。 以这种方式,通过后启动,预热和加速富集的总和获得所需的起始浓缩。 加速浓缩本身开始超过预定的气流梯度,然后具有稳定的过程直到最大值。 本实施例结合连续操作的喷射系统公开,其中相应的总体控制信号在控制单元中准备并被输送到电液最终控制元件。 在该专门的例子中,该最终控制元件影响与连续功能的喷射阀直接相关的差压阀的工作压力。
    • 23. 发明授权
    • Method for producing a nozzle plate
    • 喷嘴板的制造方法
    • US06434826B1
    • 2002-08-20
    • US09145005
    • 1998-09-01
    • Hans Kubach
    • Hans Kubach
    • B21K2108
    • F02M61/1853B05B1/06Y10T29/49417Y10T29/49432
    • A nozzle plate, particularly for fuel injection valves, with at least one flow path which has at least one supply opening, which path includes a ring gap which opens into a ring-shaped exit opening, as well as a method for the production of such a nozzle plate. For the nozzle plate, it is provided that the flow path has a ring channel assigned to the supply opening, which channel makes a transition into a cylinder-shaped ring gap with a cross-section which narrows in the region of the exit opening. The production of the nozzle plate takes place in that a cavity mold corresponding to the flow path through the nozzle plate is produced, that a layer embedding the cavity mold is galvanically deposited, and that the cavity mold is removed from the galvanically deposited layer.
    • 一种喷嘴板,特别是用于燃料喷射阀的喷嘴板,具有至少一个具有至少一个供应开口的流路,该流路包括通向环形出口的环形间隙,以及用于生产这种 一个喷嘴板。 对于喷嘴板,提供了流路具有分配给供应开口的环形通道,该通道使得过渡到具有在出口开口的区域中变窄的横截面的圆柱形环间隙。 进行喷嘴板的制造是因为产生与通过喷嘴板的流路相对应的模腔,使得嵌入腔模的层被电镀沉积,并且将腔模从电镀层移除。
    • 25. 发明授权
    • Double-acting magnetic valve
    • 双作用电磁阀
    • US4664355A
    • 1987-05-12
    • US870463
    • 1986-06-04
    • Hans Kubach
    • Hans Kubach
    • F16K31/06H01F7/122H01F7/16F16K31/08H01F7/08
    • H01F7/1646H01F7/122
    • A magnetic valve that is switchable in two directions is proposed. The valve comprises an armature, which is firmly joined to a valve body; at least two magnetic coils disposed in one plane and having ferromagnetic cores inserted in them; and two pole bodies, which are joined to the cores and with them belong to the electromagnetic circuit, and acts on the oppositely located flat sides of the armature. Permanent magnets are inserted into the pole bodies in such a way that the operative surface area of the pole bodies is divided into a number of zones, each having a homogeneous magnetic orientation in which the number of zones is equal to the number of magnetic coils.
    • 提出可以在两个方向切换的电磁阀。 该阀包括牢固地连接到阀体的电枢; 至少两个磁性线圈设置在一个平面中并且具有插入其中的铁磁芯; 和两个磁极体,它们连接到磁芯并与它们属于电磁电路,并且作用在电枢的相对定位的平坦侧面上。 永磁体以这样的方式插入极体中,使得极体的操作表面区域被分成多个区域,每个区域具有均匀的磁性取向,其中区域的数量等于磁性线圈的数量。
    • 26. 发明授权
    • Regulating device for the signal of an electromagnetic control element
    • 用于电磁控制元件的信号的调节装置
    • US4520779A
    • 1985-06-04
    • US570442
    • 1984-01-16
    • Hans Kubach
    • Hans Kubach
    • F02D41/40F02D41/38G05D3/12G05D3/14F02D5/00G05D3/00
    • F02D41/38G05D3/1445
    • A regulating device for controlling the position of an electromagnetic final control element, in particular in an internal combustion engine having self-ignition. The device includes a measurement value receptor as well as at least one regulating circuit having a non-linear characteristic which is influenced by its output and/or input signal. In addition to a proportional component, the non-linear regulating circuit may include an integration component and a differentiation component. The setting of at least the proportional component is varied, preferably in accordance with the deviation, so that in particular small deviations of the output and/or input signal are amplified to a greater extent than are larger deviations. In this manner, an extremely sensitive and precise regulation is attained.
    • 一种用于控制电磁最终控制元件的位置的调节装置,特别是在具有自点火的内燃机中。 该装置包括测量值接收器以及受其输出和/或输入信号影响的具有非线性特性的至少一个调节电路。 除了比例分量之外,非线性调节电路可以包括积分分量和微分分量。 至少比例分量的设置优选地根据偏差而改变,使得特别是输出和/或输入信号的小偏差比较大偏差更大程度地被放大。 以这种方式,可以实现非常灵敏和精确的调节。
    • 28. 发明授权
    • Controlled d-c current supply system, with controlled current flow
through a choke
    • 控制d-c电流供应系统,控制电流流过扼流圈
    • US4293812A
    • 1981-10-06
    • US79159
    • 1979-09-26
    • Hans KubachHartmann Rupp
    • Hans KubachHartmann Rupp
    • H02M3/10H03K3/01H03K17/84
    • H02M3/10
    • To equalize current flow through a pair of chokes supplying a d-c load from a d-c source, and, if desired, to limit current flow through either a single choke or both to a predetermined maximum value, without using measuring shunts, the voltage drop through the choke itself is being measured by summing circuits, which may form the algebraic sum or difference, respectively, of the voltages across the chokes, the sum or difference signals then being passed through low-pass filters to form signals representative of inductive voltage difference of two chokes, or of the voltage drop through one or both of them, which signals are then applied to respective regulators which, in turn, control the duty cycle of one or two semiconductor switches, respectively connected in series with the respective chokes.
    • 为了使来自直流电源的直流负载的一对扼流圈的电流流动,以及如果需要,将电流流过单个扼流圈或两者都限制在预定的最大值,而不使用测量分流器,则通过 扼流圈本身正在通过求和电路进行测量,该电路可以分别形成扼流圈两端的电压的代数和或差,然后通过低通滤波器将和或差信号形成代表两个电感电压差的信号 扼流圈或通过其中的一个或两个的电压降,然后将这些信号施加到相应的调节器,这些调节器又分别控制分别与各个扼流圈串联连接的一个或两个半导体开关的占空比。