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    • 3. 发明授权
    • Method and apparatus to control ignition timing during starting of an
externally ignited internal combustion engine
    • 在外部点燃的内燃机启动期间控制点火正时的方法和装置
    • US4594981A
    • 1986-06-17
    • US647701
    • 1984-09-06
    • Erwin GlossEdmund JeenickeGerhard LotterbachEgbert PerenthalerManfred SchenkJan F. van WoudenbergUdo Zucker
    • Erwin GlossEdmund JeenickeGerhard LotterbachEgbert PerenthalerManfred SchenkJan F. van WoudenbergUdo Zucker
    • F02P5/155F02D41/02
    • F02P5/1558Y02T10/46
    • To place the maximum combustion pressure, which occurs upon ignition, after the piston of an internal combustion engine (ICE) has passed upper dead-center (UDC) position upon starting, a predetermined time interval (Ti) is subtracted from the expected time the piston reaches UDC position, as determined by the time taken for a predetermined angular distance of the crankshaft to rotate; the time between the predetermined angular distances is extrapolated to determine the projected, or expected time of the UDC position. The predetermined time interval (Ti), which may be made dependent upon engine temperature, is then subtracted and the actual firing time computed, for example by counting-out in a counter the differential time interval determined by the subtraction. The timing intervals are preferably derived from a segmental marker system (20,21; A1,A2), in a counter (1), the extrapolation carried out in a multiplier (2) and the subtracting in a subtraction circuit (3). The system is preferably enabled upon closing of the starter switch (S) and may be disabled when a down-counter, determining the actual timing interval, has a negative count output.
    • 为了使在点燃时发生的最大燃烧压力在内燃机(ICE)的活塞在启动时通过上死点(UDC)位置之后,从预期时间(T i)中减去预定时间间隔(Ti) 活塞达到UDC位置,由曲轴旋转预定角距所需的时间确定; 外推预定角距之间的时间以确定UDC位置的预计或预期时间。 然后减去可以取决于发动机温度的预定时间间隔(Ti),并且例如通过在计数器中通过在减法中确定的差分时间间隔计数来计算实际点火时间。 定时间隔优选地从计数器(1)中的分段标记系统(20,21; A1,A2)导出,乘法器(2)中执行的外插和减法电路(3)中的减法。 该系统优选地在起动器开关(S)关闭时启用,并且当确定实际定时间隔的递减计数器具有负计数输出时可以禁用该系统。
    • 4. 发明授权
    • Multi-cylinder internal combustion engine with fuel injection, in
particular a turbo-engine
    • 具有燃料喷射的多缸内燃机,特别是涡轮发动机
    • US4742681A
    • 1988-05-10
    • US947248
    • 1986-12-29
    • Eberhard HaberkernGerhard LotterbachJan F. van WoudenbergUdo Zucker
    • Eberhard HaberkernGerhard LotterbachJan F. van WoudenbergUdo Zucker
    • F02D41/02F02D17/02F02D23/00F02D23/02F02D43/00F02P9/00F02B33/44
    • F02D17/02F02D23/02F02D2041/389Y02T10/144
    • In a multi-cylinder internal combustion engine having fuel injection, in particular a turbo-engine, having air intake and exhaust gas conduits, a turbocharger and a regulating valve for furnishing combustion air to the exhaust gas conduit when the throttle valve in the air intake conduit is closed partially or entirely, in order to maintain the charge pressure of the turbocharger during overrunning or at partial load with good efficiency of the system. When the regulating valve opens, a portion of the cylinders is not ignited and the remaining portion of the cylinders is ignited at an extremely late instant of ignition, with suitable metering of the fuel injection quantity. A total fuel quantity is injected into the non-ignited cylinders that together with the combustion air supplied to the exhaust gas conduit burns to produce an additional exhaust gas volume that keeps the turbine of the turbocharger disposed in the exhaust gas conduit at a sufficiently high rpm for furnishing a sufficiently high air throughput via the compressor.
    • 在具有燃料喷射的多气缸内燃机中,特别是具有进气和排气导管的涡轮发动机,涡轮增压器和调节阀,用于当空气进气口中的节气门时向排气管道提供燃烧空气 管道部分或全部关闭,以便在超越期间或在部分负荷下保持涡轮增压器的充气压力,并且系统具有良好的效率。 当调节阀打开时,一部分气缸不被点燃,并且气缸的剩余部分在极短的点火时刻点燃,同时适当地计量燃料喷射量。 将总燃料量注入到未点燃的气缸中,与供应到废气管道的燃烧空气一起燃烧以产生另外的废气体积,其将涡轮增压器的涡轮机设置在排气管道中以足够高的转速 用于通过压缩机提供足够高的空气通过量。
    • 5. 发明授权
    • Position displacement and speed sensor system, particularly for
combination with an automotive engine control computer
    • 位置位移和速度传感器系统,特别是与汽车发动机控制计算机相结合
    • US4700305A
    • 1987-10-13
    • US874796
    • 1986-06-13
    • Gerhard LotterbachManfred SchenkUdo ZuckerDavid Van BelzenJan F. van Woudenberg
    • Gerhard LotterbachManfred SchenkUdo ZuckerDavid Van BelzenJan F. van Woudenberg
    • G01D5/245F02P7/06F02P7/067G01B7/00G01D5/24G01D5/244G01P3/48G01P3/481F02P5/08
    • F02P7/0675G01D5/24404G01P3/481G01P3/4815
    • To provide control of a vehicle engine computer from a segmental disk transducer by indicating a specific marker angular position of the crankshaft, to, characterize a specific cylinder in a multi-cylinder engine, the disk (1) has uniformly spaced segments (10, 20, 30, 40) thereon, the number of segments corresponding to the number of cylinders; one of the segments is foreshortened, so that the passage of the leading flank (11) thereof past a stationary pick-up transducer (2) will occur at a time later than that of the leading edges or flanks (21, 31, 41) of the remaining segments. The trailing flanks (12, 22, 32, 42) of all the segments are identical, and signals derived by processing the trailing flanks can be used to obtain speed signals; by processing the leading flanks, interrupt signals are applied to an interrupt input (3f) of a vehicle computer (3) to initiate a subroutine or subprogram. Additionally, a clock is started which, by counting, stores a representation of the circumferential length of the largest one of the segments. The length representation, as stored, is compared with a subsequent count in a comparator (9) and, if the counts do not match, this indicates that the then-appearing segment before the pick-up is the one which is foreshortened. The counter is reset upon sensing each trailing flank, and the memory, likewise, is reset each time a new count is entered thereinto.
    • PCT No.PCT / EP83 / 00153 Sec。 371日期1984年1月17日 102(e)日期1984年1月17日PCT提交1983年5月28日PCT公布。 出版物WO83 / 04283 日期为1983年12月8日。为了通过指示曲轴的特定标记角位置来提供对来自分段盘传感器的车辆发动机计算机的控制,以表征多缸发动机中的特定气缸,盘(1)具有 在其上均匀间隔的段(10,20,30,40),与气缸数相对应的段的数量; 其中一个节段被缩短,使得其前导侧面(11)经过静止拾音换能器(2)的通过将比前缘或侧翼(21,31,41)的时间晚一些时间发生, 的剩余部分。 所有段的后缘(12,22,32,42)是相同的,并且可以使用通过处理后侧翼导出的信号来获得速度信号; 通过处理前导侧面,中断信号被施加到车辆计算机(3)的中断输入(3f)以启动子程序或子程序。 此外,启动时钟,通过计数,存储最大的一个段的圆周长度的表示。 将存储的长度表示与比较器(9)中的后续计数进行比较,并且如果计数不匹配,则表示拾取前的当前出现的段是被缩短的段。 计数器在感测每个后沿时复位,并且同样地,每当输入新的计数时,存储器都被复位。