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    • 1. 发明授权
    • Method and apparatus for addressing a digital memory
    • 用于寻址数字存储器的方法和装置
    • US4107717A
    • 1978-08-15
    • US742921
    • 1976-11-17
    • Winfried KlotznerRolf DaumerWolfgang BusseHans-Christoph DU Mont
    • Winfried KlotznerRolf DaumerWolfgang BusseHans-Christoph DU Mont
    • F02D41/34F02B75/02F02D35/00F02D41/24F02D41/26G06F9/32G06F12/00G06F17/00G06F19/00G06F15/20F02D5/00
    • F02D41/26F02B2075/027
    • A central digital memory contains data relating values of operational variables of an installation to values of a stored parameter. The central memory is addressed in parallel via input lines carrying the address of the stored data. The address is generated by selecting one of several discrete input lines leading to an address selector memory which contains preliminary addresses related to the various operational states of the installation. A portion of the preliminary address is delivered directly to the central memory whereas another portion is used to preset a counter. If the particular operational state is dependent on another parameter, for example temperature, a temperature-dependent clocking frequency is admitted to the counter and alters its contents which are then used to supplement the first portion of the address already delivered to the central memory. If no temperature dependency exists, the second portion of the address is passed on without change.
    • 中央数字存储器包含将安装的操作变量的值与存储的参数的值相关联的数据。 中央存储器通过承载存储数据地址的输入线路并行寻址。 通过选择通向地址选择器存储器的几个离散输入线之一来产生地址,该地址选择器存储器包含与安装的各种操作状态相关的初步地址。 初步地址的一部分直接传送到中央存储器,而另一部分用于预设计数器。 如果特定操作状态取决于另一参数(例如温度),则温度相关的时钟频率被允许进入计数器并改变其内容,然后将其内容用于补充已经传送到中央存储器的地址的第一部分。 如果不存在温度依赖性,则地址​​的第二部分被传递而不改变。
    • 5. 发明授权
    • Method and system for controlling operation of an apparatus or engine,
particularly internal combustion engine
    • 用于控制装置或发动机,特别是内燃机的操作的方法和系统
    • US4677558A
    • 1987-06-30
    • US692381
    • 1985-01-17
    • Heinz BohmlerRolf Daumer
    • Heinz BohmlerRolf Daumer
    • G05B15/02F02D41/24F02D41/26F02D45/00G06F15/20
    • G06F8/665F02D41/2409F02D41/263
    • To permit change of data, to be used in a fixed program carried out by a microprocessor (1) in accordance with a stored program (2), upon change in operating characteristics of a controlled apparatus (M), for example an internal combustion engine, an erasable programmable read-only memory (3) is provided, which is external to the microprocessor (1). The external memory (3) forms a combined address and data memory having at least one address field (4), and a vector field (5). A constant data field (7) and a table, or function data field (6) are part of the external memory (3), which data fields contain data to be addressed directly through the address field or via the vector field for not only a single type or series of apparatus, such as ICEs, but also additional engines, or engine characteristics, for example due to aging. In order to run the program by the microprocessor 1, with a changed or aged engine, then, it is only necessary to change the address of the data in the data field and/or the vector field to provide different output data for any given programming step.
    • 为了允许在根据存储的程序(2)由微处理器(1)执行的固定程序中改变数据,在受控设备(M)的操作特性的变化时,例如内燃机 提供了可微处理器(1)外部的可擦除可编程只读存储器(3)。 外部存储器(3)形成具有至少一个地址字段(4)和矢量场(5)的组合地址和数据存储器。 恒定数据字段(7)和表或功能数据字段(6)是外部存储器(3)的一部分,哪些数据字段包含要通过地址字段直接寻址的数据,或通过矢量字段,不仅仅是 单一类型或一系列设备,例如ICE,还包括额外的发动机,或发动机特性,例如由于老化。 为了由微处理器1运行程序,使用变更或老化的引擎,则只需要改变数据字段和/或矢量字段中的数据的地址,以便为任何给定的编程提供不同的输出数据 步。
    • 7. 发明授权
    • Control system for an operating event in a vehicular power train
    • 车辆动力传动系中运行事件的控制系统
    • US4414946A
    • 1983-11-15
    • US326507
    • 1981-12-02
    • Rolf DaumerWinfried KlotznerManfred Schenk
    • Rolf DaumerWinfried KlotznerManfred Schenk
    • F02D41/24F02D41/26F02P5/04F02P7/03F02P7/06G06F15/20F02D5/02G05B15/02
    • F02D41/28F02D41/263F02P5/045F02P7/035F02P7/061Y10T477/693635
    • To reduce the data processing requirements within operating cycles of an automotive-type microprocessor or computer, the input/output unit has an angle increment counter receiving angle increment signals synchronized with rotation of the crankshaft of the engine, the counter providing output signals to comparators which, when the count state reaches predetermined values as applied from a data bus, derived from the microprocessor, to the comparator, then provides output signals to control the engine, for example by providing ignition control output signals, fuel injection control output signals, or the like. To further simplify computational tasks of the microprocessor, the input/output unit contains a timing element, for example a counter, which can provide variable timing intervals, for example by controlling the clock rate of the counter or a count number, under control of the data bus, and a transfer switch which selectively applies to a further counter either the signals from the timing circuit or from the crankshaft angle increment counter so that, as desired, data then being processed in the microprocessor can be selectively based on or compared with engine speed, or predetermined timing intervals, for consequential control of other operating parameters of the engine and the entire power train system of which it is a part.
    • 为了减少在汽车型微处理器或计算机的操作周期内的数据处理要求,输入/输出单元具有接收与发动机的曲轴的旋转同步的角度增量信号的角度增量计数器,该计数器向比较器提供输出信号, 当计数状态达到从微处理器得到的数据总线上的预定值到比较器时,例如通过提供点火控制输出信号,燃料喷射控制输出信号或者 喜欢。 为了进一步简化微处理器的计算任务,输入/输出单元包括定时元件,例如计数器,其可以提供可变的定时间隔,例如通过控制计数器的时钟速率或计数数 数据总线和转移开关,其选择性地向定时电路或来自曲轴角增量计数器的信号施加另一计数器,使得根据需要,微处理器中然后被处理的数据可以选择性地基于发动机或与引擎相比较 速度或预定的时间间隔,用于对作为其一部分的发动机和整个动力传动系统的其它操作参数进行相应的控制。
    • 8. 发明授权
    • Ignition system with ignition coil primary current control
    • 点火系统带点火线圈一次电流控制
    • US4196711A
    • 1980-04-08
    • US868063
    • 1978-01-09
    • Rolf Daumer
    • Rolf Daumer
    • F02P3/045F02P3/05F02P15/12F02P3/04
    • F02P15/12F02P3/051
    • To permit use of integrated circuits in solid-state ignition control systems in which the current through the primary of the ignition is pulsed when a predetermined level is reached, a threshold switch which has switching hysteresis is connected to control conduction of an auxiliary semiconductor connected in parallel with the ignition coil, to control the auxiliary semiconductor to become conductive when the current through the coil rises above a predetermined first threshold level to thereby shunt the primary thereof or to block the auxiliary semiconductor switch when the current through the coil drops below a predetermined second threshold level and thereby removes the shunt from the primary of the ignition coil and permits current flow from a power source thereto to ensure, reliably, alternate opening and closing of the main controlled switch, typically a transistor, in series with the coil and the auxiliary controlled switch.
    • 为了允许在固态点火控制系统中使用集成电路,其中当达到预定电平时,通过点火源的电流被脉冲化,具有开关滞后的阈值开关被连接以控制连接在一起的辅助半导体的导通 与点火线圈并联,以便当通过线圈的电流上升到高于预定的第一阈值电平时,辅助半导体变为导通,从而在通过线圈的电流下降到低于预定值 第二阈值电平,从而从点火线圈的初级线路去除分流并且允许电流从电源流到其上,以确保可靠地将主控制开关(通常为晶体管)与线圈和 辅助控制开关。
    • 9. 发明授权
    • Device for determining angular position of a rotating part
    • 用于确定旋转部件的角位置的装置
    • US4715009A
    • 1987-12-22
    • US804656
    • 1985-11-12
    • Heinz BohmlerRolf DaumerDieter MayerEgbert Perenthaler
    • Heinz BohmlerRolf DaumerDieter MayerEgbert Perenthaler
    • G01D5/244F02D45/00F02P7/06F02P7/067G01D5/36G01P3/489G05D3/12G01P3/42
    • F02P7/0675G01P3/489
    • A device for picking up the position of an angle of a rotating part which is provided with angle markers 11 or teeth being simultaneously distributed over its circumference, whereby at least one angle marker and/or intermediate space between two angle markers is shaped differently serving as a reference marker 12. This can be realized, for example, by a wide or smaller angle marker or gap between two angle markers. The distance between two angle marker flanks is picked up by a counter 17 which counts a cycle frequency, whereby the counter is a free running continously counting counter. The instantaneously present counter level is transmitted into a storage 18 for each angle marker flank (ascending flank or rear flank) to be evaluated. Subtractions of two successive storage values and comparisons of successive corresponding differential values are performed for recognizing a reference marker. A reference marker signal is generated during a deviation of a differential value by a predetermined dimension from the established differential value, preferably before or after.
    • PCT No.PCT / DE85 / 00080 Sec。 371日期:1985年11月12日 102(e)1985年11月12日日期PCT提交1985年3月13日PCT公布。 出版物WO86 / 00415 日期:1986年1月16日。一种用于拾取旋转部件的角度的位置的装置,该旋转部件的角度标记11或齿同时分布在其圆周上,由此至少一个角度标记和/或两个之间的中间空间 角度标记的形状不同地用作参考标记12.这可以例如通过两个角度标记之间的宽或更小的角度标记或间隙来实现。 两个角度标记侧翼之间的距离由计数器17拾取,计数器17对循环频率进行计数,由此计数器是自由运行的连续计数计数器。 对于要评估的每个角度标记侧翼(上升侧面或后侧面),瞬时存在的对准液面被传送到存储器18中。 执行两个连续存储值的减法和连续对应的差分值的比较以识别参考标记。 在差分值偏离预定尺寸与建立的差分值之间,优选在之前或之后产生参考标记信号。
    • 10. 发明授权
    • Regulating device for a fuel metering system of an internal combustion
engine
    • 内燃机燃料计量系统的调节装置
    • US4461258A
    • 1984-07-24
    • US300711
    • 1981-09-09
    • Wolfram BeckerAlbrecht ClementRolf Daumer
    • Wolfram BeckerAlbrecht ClementRolf Daumer
    • F02D41/14F02D41/24F02M51/00
    • F02D41/2496F02D41/1475F02D41/1483F02D2041/1422
    • A regulating device is proposed for a fuel metering system of an internal combustion engine having .lambda. regulation. The regulating device includes a P-I regulator, and the individual control variables of the regulator are stored in memory and are capable of being recalled in accordance with operating characteristics. By means of asymmetrical P and I components that is, different values at the transition from a lean to a rich mixture or vice versa, the average value for .lambda. can be shifted in a clearly-defined manner, so that the individual exhaust gas components are substantially adapted to the desired values at all operational points. The individual P and I components or regulator control variables are stored in memory in performance graphs, which preferably permit finely-distinguished regulator control during partial-load operation.
    • 提出了一种用于具有λ调节的内燃机的燃料计量系统的调节装置。 调节装置包括P-I调节器,并且调节器的各个控制变量存储在存储器中并且能够根据操作特性进行调用。 通过不对称的P和I分量,即从贫混合到富混合物的过渡中的不同值,反之亦然,可以以明确定义的方式移位λ的平均值,使得各个排气组分为 基本适用于所有操作点的期望值。 单个P和I组件或调节器控制变量存储在性能图中的存储器中,其优选地允许在部分负载操作期间进行精细的调节器控制。