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    • 11. 发明授权
    • Apparatus for supplementary fuel metering in an internal combustion
engine
    • 用于在内燃机中补充燃料计量的装置
    • US4408588A
    • 1983-10-11
    • US359955
    • 1982-03-19
    • Eberhard Mausner
    • Eberhard Mausner
    • F02D41/34F02D41/10F02D41/14F02B3/00
    • F02D41/1487F02D41/10
    • An apparatus for supplementary fuel metering in the event of acceleration in an internal combustion engine, the apparatus developing signals by processing means indicative of a level of the increased quantity controllable in response to or in accordance with an operational status, operating characteristics and/or time for controlling an injection valve particularly in internal combustion engines which are driven in the lean range, the apparatus makes the increased quantity of fuel available for use to be dependent in the event of acceleration on the degree of leaning during the period before the acceleration process and dependent on the dimension of the desired acceleration itself. The apparatus for supplementary fuel metering includes a control apparatus for increased fuel quantities which is driven, for instance, in accordance with the output signals of an oxygen sensor and of a differentiating stage for the throttle valve angle.
    • 一种用于在内燃机加速情况下补充燃料计量的装置,该装置通过处理装置开发信号,该装置指示响应于或根据操作状态,操作特性和/或时间而可控的增加量的水平 用于控制特别是在偏重范围内被驱动的内燃机中的喷射阀,该装置使得在加速过程之前的时间段内倾斜度上的加速度可使用的可用燃料量增加; 取决于所需加速度本身的尺寸。 用于辅助燃料计量的装置包括用于增加燃料量的控制装置,其例如根据氧传感器的输出信号和用于节流阀角度的微分级的驱动。
    • 14. 发明授权
    • PWM, Single-ended, separately driven d.c.-d.c. converter
    • PWM,单端,单独驱动d.c.-d.c. 转换器
    • US4439820A
    • 1984-03-27
    • US343405
    • 1982-01-28
    • Willi KuhnEberhard Mausner
    • Willi KuhnEberhard Mausner
    • H02M3/335H02P13/22
    • H02M3/33507
    • The rectified output voltage of the transformer of a d.c. to d.c. converter, as represented by a voltage divider output, is compared with a reference voltage in a voltage regulator (15), the output of which is compared in a comparator (29) with a sawtooth wave to produce a sequence of pulses the duration of which depends upon the output voltage of the regulator. These pulses are provided to the transformer through a driver circuit capable of operating at a very low input voltage. One flank of the square wave produced by a component of the sawtooth wave generator is differentiated by a capacitor (39) to provide transient pulses to the transformer to keep it operating in the event the input voltage to the converter exceeds the output voltage. Another comparator (59) is provided to shut down comparator operation when there is a short circuit at the output and also for a brief start-up interval during which capacitors are charged up.
    • 直流变压器的整流输出电压。 到达 将由分压器输出表示的转换器与电压调节器(15)中的参考电压进行比较,其输出在比较器(29)中与锯齿波进行比较,以产生其持续时间的脉冲序列 取决于调节器的输出电压。 这些脉冲通过能够以非常低的输入电压工作的驱动电路提供给变压器。 由锯齿波发生器的部件产生的方波的一个侧面由电容器(39)区分,以向变压器提供瞬态脉冲,以在转换器的输入电压超过输出电压的情况下保持其工作。 提供另一个比较器(59)以在输出端存在短路以及电容器充电时的短暂启动间隔时关闭比较器操作。
    • 15. 发明授权
    • Fuel supply system for internal combustion engines
    • 内燃机燃油供应系统
    • US4335694A
    • 1982-06-22
    • US219274
    • 1980-12-22
    • Eberhard MausnerJohannes Brettschneider
    • Eberhard MausnerJohannes Brettschneider
    • F02D41/34F02D41/14F02D41/18F02D35/00
    • F02D41/182
    • A fuel control system for an internal combustion engine in which the accelerator pedal is set by the operator and defines an air flow control variable which is applied to a control loop that actuates a servo motor or other suitable rotary means to set the relative position of an air flow control flap within the induction tube. The control loop attempts to maintain the position of the air flow flap in continuous correspondence with the accelerator pedal position. The actuating current for the final control element is used as one input datum for a stored data field. Another input variable to the data field is the actual position of the air flow valve or flap. The data field contains empirically obtained data relating these two variables with the prevailing air flow rate and generates an output signal that is used as the air flow rate signal in a control pulse generator. The control pulse generator also receives other signals related, for example, to temperature, engine speed, etc. From this set of signals, the generator produces a fuel admission control signal, for example a fuel injection control pulse. The system includes special circuits for applying, for example, an engine idling correction signal to the control loop when the engine speed falls below a certain predetermined value.
    • 一种用于内燃机的燃料控制系统,其中加速器踏板由操作者设定,并且限定了一个气流控制变量,该空气流量控制变量被施加到驱动伺服电动机或其它合适的旋转装置的控制回路,以设定相对位置 感应管内的气流控制挡板。 控制回路试图将气流挡板的位置保持与加速器踏板位置连续对应。 用于最终控制元件的启动电流用作存储数据字段的一个输入数据。 数据区域的另一个输入变量是空气流量阀或挡板的实际位置。 数据字段包含经验获得的数据,将这两个变量与主要空气流量相关联,并产生用作控制脉冲发生器中的空气流量信号的输出信号。 控制脉冲发生器还接收与例如温度,发动机转速等相关的其它信号。根据该组信号,发生器产生燃料允许控制信号,例如燃料喷射控制脉冲。 该系统包括用于当发动机转速低于某一预定值时向控制回路施加例如发动机空转校正信号的专用回路。
    • 16. 发明授权
    • Load adjustment device
    • 负载调整装置
    • US5076232A
    • 1991-12-31
    • US583375
    • 1990-09-14
    • Manfred PfalzgrafEberhard Mausner
    • Manfred PfalzgrafEberhard Mausner
    • B60K26/02F02D11/10
    • F02D11/107B60K26/021
    • A load adjustment device is formed of a setting member, and a control element which acts on the setting member to establish a power output of an internal combustion engine, an accelerator pedal, via a driver coupled to the accelerator pedal, activates the control element. The adjustment device also incldues an electric setting drive for moving the driver, and an desired-value detection element operatively connected with the driver, as well as an actual-value detection element which cooperates with the desired-value detection element and acts upon the electric setting drive. The electric setting drive is controllable as a function of values detected by an electronic control device. The driver has a free-travel element which is mounted displaceably in a direction of setting of the free-travel element. The control element engages with play in its direction of setting in the free-travel element, and the free-travel element operates with the driver under spring loading.
    • 负载调整装置由设定部件构成,并且通过经由与油门踏板连接的驱动器作用于设定部件以建立内燃机的功率输出,加速踏板的控制元件,启动控制元件。 调整装置还包括用于移动驾驶员的电动设定驱动器和与驾驶员可操作地连接的期望值检测元件以及与期望值检测元件配合并作用于电动的实际值检测元件 设置驱动。 作为电子控制装置检测到的值的函数,电气设定驱动器是可控的。 驾驶员具有自由行程元件,该自由行程元件可以在自由行程元件的设置方向上可移动地安装。 控制元件在自由行程元件的设定方向上与游隙接合,并且自由行程元件在驾驶员在弹簧加载下操作。
    • 19. 发明授权
    • Method and circuit for controlling the air-fuel ratio of an internal
combustion engine
    • 用于控制内燃机的空燃比的方法和电路
    • US4905650A
    • 1990-03-06
    • US206171
    • 1988-06-13
    • Eberhard Mausner
    • Eberhard Mausner
    • F02D41/14
    • F02D41/1483
    • In a method for controlling the air-fuel ratio of an internal combustion engine in which the output voltage of an oxygen measurement probe which is arranged in the exhaust gas duct of the internal combustion engine is fed to a controller and the controller gives off a correcting variable for the air-fuel ratio, signals corresponding to the load and the speed of rotation of the internal combustion engine are furthermore fed to the controller. After each jump in the output voltage of the oxygen measurement probe there take place a first jump followed by, in each case, successive further jumps in the correcting variable. The direction of the jumps depends on the direction of the jump of the output voltage of the oxygen measurement probe while the amplitude of the further jumps is dependent on the load and the speed of rotation. Between the jumps, the correcting variable has a course which is substantially linear with time, the slope being predetermined and the direction corresponding to the direction of the jumps.
    • 在一种内燃机的空燃比的控制方法中,其中配置在内燃机的排气管内的氧测量用探针的输出电压被送入控制器,并且控制器发出校正 对于空燃比的变量,对应于内燃机的负载和转速的信号进一步馈送到控制器。 在氧测量探头的输出电压中的每次跳跃之后,发生第一跳跃,随后在每种情况下,在校正变量中连续进一步跳跃。 跳跃的方向取决于氧气测量探头的输出电压的跳跃方向,而进一步跳跃的幅度取决于负载和旋转速度。 在跳跃之间,校正变量具有与时间基本上线性的路线,斜率是预定的,并且方向对应于跳跃的方向。