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    • 2. 发明授权
    • Method and apparatus for recognition of knocking in an internal
combustion engine
    • 识别内燃机爆震的方法和装置
    • US4565087A
    • 1986-01-21
    • US613152
    • 1984-05-23
    • Eckart DamsonMartin KlenkWinfried MoserHeinz Moller
    • Eckart DamsonMartin KlenkWinfried MoserHeinz Moller
    • G01H1/00G01H17/00G01L23/22G01M15/00
    • G01L23/225
    • Engine knock sensor signals are amplified, band-pass filtered and rectified and then a sequence of integrated signal peak values are compared with reference signals relating to a typical engine knock signal. If the deviation of the integration values or peak values or their sum over a measurement period differs by less than a predetermined amount from the corresponding reference values, a knock indication is produced. The initial integration or peak value may be given less weight than those that follow. The knock sensor may be an engine block sound sensor, or a combustion chamber light, pressure or iron current sensor. Additional criteria, such as the interval between null transitions or signal maxima or the number of them in a measuring period may be used to inhibit a knock indication in case the main processing should occasionally provide an anomalous knock signal, but this precaution is not sufficiently needed to warrant its inclusion in simplified systems.
    • 发动机爆震传感器信号被放大,带通滤波和整流,然后将一系列积分信号峰值与与典型的发动机爆震信号相关的参考信号进行比较。 如果积分值或峰值的偏差或其在测量周期中的总和与相应的参考值相差小于预定量,则产生爆震指示。 初始积分或峰值的重量可能比随后的更小。 爆震传感器可以是发动机挡块声音传感器,或燃烧室的光,压力或铁流传感器。 在主处理应偶尔提供异常爆震信号的情况下,附加标准,例如空转换或信号最大值之间的间隔或它们在测量周期中的数量可以用于抑制爆震指示,但是这种预防措施不足够 保证将其纳入简化制度。
    • 4. 发明授权
    • Method for adjusted air and fuel quantities for a multi-cylinder
internal combustion engine
    • 多缸内燃机调节空气和燃料量的方法
    • US5095874A
    • 1992-03-17
    • US679044
    • 1991-05-13
    • Eberhard SchnaibelErich SchneiderMartin KlenkWinfried MoserChristian KlinkeLutz ReuschenbachKlaus Benninger
    • Eberhard SchnaibelErich SchneiderMartin KlenkWinfried MoserChristian KlinkeLutz ReuschenbachKlaus Benninger
    • F02D43/00F02D9/02F02D41/04
    • F02D41/045F02D43/00
    • In a method for adjusting air and fuel masses for a multi-cylinder internal combustion engine with individual injection for each cylinder, the fuel mass for each injection operation is calculated taking into account the probable intake-pipe pressure during the opening time of the inlet valve. After a change of the accelerator pedal, the throttle flap is only adjusted when the fuel masses decisive for the new throttle-flap position have been calculated and substantially ejected. By virtue of the fact that fuel masses to be injected are not calculated taking into account the current air mass flow but taking into account the intake-pipe pressure, which is decisive in the induction operation, and that a change in the actuation of the throttle flap, which would lead to a change in the intake-pipe pressure not taken into account in the calculation of the injection quantity, is only permitted again after a recalculation, an optimum ratio between fuel mass and air mass per charge for the purpose of obtaining a specified value for the air/fuel ratio is always obtained, even in non-steady-state conditions of an internal combustion engine. Apart from the future intake-pipe pressure, account is also taken in the calculation of the fuel mass to be ejected of how much fuel passes into a wall film or is released from the latter.
    • PCT No.PCT / DE90 / 00560 Sec。 371日期1991年5月13日 102(e)日期1991年5月13日PCT提交1990年7月24日PCT公布。 WO91 / 04401 PCT出版物 日期:1991年4月4日。在用于为每个气缸单独喷射的多气缸内燃机的空气和燃料质量调节方法中,每次喷射操作的燃料质量被计算在考虑到可能的进气管压力 入口阀的打开时间。 在加速踏板改变之后,仅当已经计算出并且基本上弹出用于新的油门襟翼位置的燃料质量决定性时才调整节气门瓣。 由于考虑到当前的空气质量流量而是考虑到在感应操作中决定性的进气管压力而不计算要喷射的燃料块,并且油门的致动变化 在计算喷射量时,不会考虑到进气管压力的变化,在重新计算后,再次计算出燃料质量与每次充气的空气质量之间的最佳比例,才能获得 即使在内燃机的非稳态条件下,总是能够获得空燃比的规定值。 除了未来的进气管压力之外,还考虑了要排出多少燃料进入壁膜或从后者释放的燃料质量的计算。
    • 8. 发明授权
    • Apparatus and process for measuring the irregular running of an internal
combustion engine and application of the process
    • 用于测量内燃机不规则运行的装置和方法以及该方法的应用
    • US5255560A
    • 1993-10-26
    • US777409
    • 1992-01-31
    • Martin KlenkWinfried Moser
    • Martin KlenkWinfried Moser
    • F02D45/00G01M15/11G01M15/00
    • G01M15/11
    • To measure the irregular running of an internal combustion engine, the following equation, for the running irregularity value (LUW) is applied:LUW=f(T)x.vertline.(T.sub.-- V2-T.sub.-- V1)-(T.sub.-- V3-T.sub.-- V2).vertline.,The values T.sub.-- V1, T.sub.-- V2 and T.sub.-- V3 are combustion time periods, as they are measured at any one time between two fixed segment marks. Different groups of runningirregularity values are formulated, which differ in that combustion time periods are applied in the mentioned equation for different combinations of cylinders. In each group, the running-irregularity values are averaged; and the difference between the minimum and the maximum value of the averaged values is formulated. The difference is evaluated as a variable for the extent of running irregularity.
    • PCT No.PCT / DE90 / 00346 Sec。 371日期:1992年1月31日 102(e)日期1992年1月31日PCT提交1990年5月14日PCT公布。 出版物WO90 / 15235 1990年12月3日。为了测量内燃机的不规则运行,应用以下公式,对于运行不规则值(LUW):LUW = f(T)x|(T-V2-T-V1) - (T-V3-T-V2)|,值T-V1,T-V2和T-V3是燃烧时间段,因为它们在两个固定分段标记之间的任何时间测量。 制定不同组的运行不规则值,其不同之处在于,对于不同的气缸组合,在上述等式中应用燃烧时间段。 在每组中,运行不规则值被平均; 并且制定平均值的最小值和最大值之间的差。 差异被评估为运行不规则程度的变量。
    • 9. 发明授权
    • Method and arrangement for determining misfires in an internal
combustion engine
    • 用于确定内燃机发生故障的方法和装置
    • US5231869A
    • 1993-08-03
    • US819079
    • 1992-01-10
    • Martin KlenkWinfried Moser
    • Martin KlenkWinfried Moser
    • F02B77/08F02D45/00F02P17/12G01M15/04G01M15/11
    • G01M15/11
    • The invention is directed to a method for determining misfires in an internal combustion engine of a motor vehicle. The determination is discontinued after a misfire under specific further conditions for a pregiven number of ignition strokes. When the misfire determination is not discontinued, then a check is made as to whether simple measurement value relationships apply which make a misfire very improbable. If such measurement value relationships are present, then the actual complicated misfire determination is discontinued. It is of special significance to count ignition strokes, which are counted in order to determine the relative frequency of misfires, only then when the above-mentioned conditions are all satisfied which determine as to whether a condition is present at all in which a determination of the misfire is purposeful. In this way, the decisive frequency determination is not influenced by the count of the ignition strokes which are not at all relevant to misfires. The above-mentioned procedure leads to a shortening of the average computation time because of the interruption of the misfire detection in many cases in which specific conditions are satisfied. Furthermore, the reliability of the detection of misfires is increased in that the final determination of misfires takes place only when specific preconditions are satisfied.
    • 本发明涉及一种用于确定机动车内燃机中的失火的方法。 在具体的进一步条件下,对于预先设定的点火行程数量,在停火之后停止确定。 当不燃火判断不被中止时,就检查是否简单的测量值关系适用于使失火非常不可能。 如果存在这样的测量值关系,则中断实际的复杂失火判定。 计数点火冲程具有特殊意义,为了确定失火的相对频率,计数点火罢工,只有当上述条件全部满足时,确定是否存在条件是否存在,其中确定 失火是有目的的。 以这种方式,决定性的频率确定不受点火行程计数的影响,这与点火行程完全不相关。 上述过程导致在满足特定条件的许多情况下由于失火检测的中断而导致的平均计算时间的缩短。 此外,增加了对失火的检测的可靠性,因为只有当满足特定的前提条件时才发生失火的最终确定。
    • 10. 发明授权
    • Control system for the transient operation of an internal combustion
engine
    • 内燃机瞬态运转控制系统
    • US4932376A
    • 1990-06-12
    • US301022
    • 1989-01-24
    • Ernst LinderMartin KlenkWinfried Moser
    • Ernst LinderMartin KlenkWinfried Moser
    • F02D41/14F02D41/10F02D41/24F02D45/00F02P5/15
    • F02D41/107F02D41/2416
    • A known control system for adjusting the lambda value of an internal combustion engine includes a corrective value ROM for transient operation wherein corrective values are stored for correcting the injection times for transient operation. In contrast thereto, the system according to the invention includes a corrective base value ROM 30, an adaptation value RAM 35 and an adaptation unit 34. The values from the corrective base value ROM are not utilized directly for correcting injection times; instead, these values serve as corrective base values which only become adapted corrective values by means of multiplication with adaptation values. The adaptation unit adapts the adaptation values in the adaptation value RAM. For this purpose, the adaptation unit determines the lambda value control deviations during a transient operation. If a control deviation is established, then the adaptation unit supplies a change value which is so dimensioned that an adaptation value, which is present for the monitored transient operation, is so corrected that for the next occurrence of a transient operation having the same initial operating conditions, only a smaller control deviation should occur and in the ideal case no such control deviation should occur. The control system according to the invention makes it possible to obtain very low toxic gas quantities also during a transient operation.
    • 用于调节内燃机的λ值的已知控制系统包括用于瞬时操作的校正值ROM,其中存储校正值以校正瞬时操作的喷射时间。 与此相反,根据本发明的系统包括校正基值ROM30,适配值RAM35和适配单元34.来自校正基值ROM的值不直接用于校正注入时间; 相反,这些值用作校正基值,其仅通过与自适应值相乘而变为适应的校正值。 适配单元适配自适应值RAM中的适配值。 为此,适配单元确定在瞬态操作期间的λ值控制偏差。 如果建立了控制偏差,则适配单元提供改变值,该变化值的尺寸被确定为使得对于监视的瞬态操作存在的适配值被校正,使得对于具有相同初始操作的下一次发生的瞬时操作 条件下,只能发生较小的控制偏差,而在理想情况下不应发生这种控制偏差。 根据本发明的控制系统使得在瞬时操作期间也可以获得非常低的有毒气体量。