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    • 1. 发明申请
    • METHOD OF CONTROLLING THE SPARK LEAD OF AN INTERNAL COMBUSTION ENGINE
    • 控制内燃机火花头的方法
    • US20090241898A1
    • 2009-10-01
    • US12158990
    • 2006-12-22
    • Giacomo PoNicolo' CavinaLuca Poggio
    • Giacomo PoNicolo' CavinaLuca Poggio
    • F02P5/00
    • F02P5/1523F02D35/021F02D35/027F02P5/1521F02P2017/128Y02T10/46
    • A method of controlling the spark lead of an internal combustion engine having at least one cylinder fitted with a spark plug; the method including the steps of: determining a standard spark lead value; determining an engine knock index in the cylinder; calculating a correction factor as a function of the engine knock index; determining a modified spark lead value by applying the correction factor to the standard spark lead value; and controlling the spark plug using the modified spark lead value. The correction factor is calculated by statistically analyzing a number of engine knock indexes to calculate a cumulative distribution; comparing the cumulative distribution with at least one target value; and modifying the current correction factor value as a function of the comparison between the cumulative distribution and the target value.
    • 一种控制具有装配有火花塞的至少一个气缸的内燃机的火花塞的方法; 该方法包括以下步骤:确定标准火花引发值; 确定气缸中的发动机爆震指数; 计算作为发动机爆震指数的函数的校正因子; 通过将校正因子应用于标准火花引发值来确定修正的火花引线值; 并使用改进的火花引线值来控制火花塞。 通过统计分析发动机爆震指数数来计算校正因子,计算累积分布; 将累积分布与至少一个目标值进行比较; 以及根据累积分布和目标值之间的比较来修改当前校正因子值。
    • 2. 发明授权
    • Method of controlling the spark lead of an internal combustion engine
    • 控制内燃机的火花引线的方法
    • US08109254B2
    • 2012-02-07
    • US12158990
    • 2006-12-22
    • Giacomo PoNicolo′ CavinaLuca Poggio
    • Giacomo PoNicolo′ CavinaLuca Poggio
    • F02P5/00
    • F02P5/1523F02D35/021F02D35/027F02P5/1521F02P2017/128Y02T10/46
    • A method of controlling the spark lead of an internal combustion engine having at least one cylinder fitted with a spark plug; the method including the steps of: determining a standard spark lead value; determining an engine knock index in the cylinder; calculating a correction factor as a function of the engine knock index; determining a modified spark lead value by applying the correction factor to the standard spark lead value; and controlling the spark plug using the modified spark lead value. The correction factor is calculated by statistically analyzing a number of engine knock indexes to calculate a cumulative distribution; comparing the cumulative distribution with at least one target value; and modifying the current correction factor value as a function of the comparison between the cumulative distribution and the target value.
    • 一种控制具有装配有火花塞的至少一个气缸的内燃机的火花塞的方法; 该方法包括以下步骤:确定标准火花引发值; 确定气缸中的发动机爆震指数; 计算作为发动机爆震指数的函数的校正因子; 通过将校正因子应用于标准火花引发值来确定修正的火花引线值; 并使用改进的火花引线值来控制火花塞。 通过统计分析发动机爆震指数数来计算校正因子,计算累积分布; 将累积分布与至少一个目标值进行比较; 以及根据累积分布和目标值之间的比较来修改当前校正因子值。
    • 5. 发明授权
    • Self-adapting method for controlling titre in an injection unit for an internal combustion engine
    • 用于控制内燃机喷射装置滴定的自适应方法
    • US06334305B1
    • 2002-01-01
    • US09558171
    • 2000-04-26
    • Luca PoggioMarco Secco
    • Luca PoggioMarco Secco
    • F01N300
    • F02D41/1495F02D41/1402F02D41/1441F02D41/2454F02D2041/1432
    • A self-adapting method for controlling titre for an internal combustion engine provided with a first and a second sensor of stoichiometric composition disposed respectively upstream and downstream of a system for reducing pollutant emissions and generating respective upstream and downstream composition signals. The method comprises the stages of determining a correction coefficient as a function of the upstream composition signal, the downstream composition signal and an objective signal indicative of an objective exhaust titre, determining an operating quantity of fuel to be injected into each cylinder of the engine as a function of the correction coefficient, memorising a plurality of current values of an adaptation signal each associated with a respective combination of values of the number of revolutions and the load of the engine, updating the current values as a function of the downstream composition signal, on each engine cycle, selecting one current value corresponding to the number of revolutions and the load of the engine in this engine cycle, generating the adaptation signal as a function of the current value selected and determining the correction coefficient also as a function of the adaptation signal.
    • 一种用于控制内燃机的滴定度的自适应方法,该内燃机设置有分别设置在系统的上游和下游的用于减少污染物排放并产生各自的上游和下游组成信号的化学计量组成的第一和第二传感器。 该方法包括以下步骤:确定作为上游合成信号,下游合成信号和表示目标排气滴定度的目标信号的函数的校正系数,确定要喷射到发动机的每个气缸中的燃料的操作量 校正系数的函数,存储适应信号的多个当前值,每个自适应信号与转数的数值和发动机的负载的相应组合相关联,更新作为下游合成信号的函数的当前值, 在每个发动机循环中,选择对应于该发动机循环中的转数和发动机的负荷的一个当前值,根据所选择的当前值生成适应信号,并根据适应性确定校正系数 信号。
    • 6. 发明授权
    • Method of controlling and diagnosing the heater of an engine exhaust gas composition sensor
    • 控制和诊断发动机废气组成传感器的加热器的方法
    • US06294075B1
    • 2001-09-25
    • US09499430
    • 2000-02-07
    • Luca PoggioMarco SeccoDaniele Ceccarini
    • Luca PoggioMarco SeccoDaniele Ceccarini
    • G01N27407
    • F02D41/1495F02D41/1456F02D41/1494F02D41/1496
    • A method of controlling and diagnosing the heater of a sensor sensitive to the composition of the exhaust gas of an engine; the sensor having at least an electrolytic cell sensitive to oxygen ions, and supplying information relative to the ratio of the mixture supplied to the engine; the method including the steps of: calculating an internal resistance value of the cell on the basis of detected values of the voltage at the terminals of the cell before and after supplying a reference current to the cell; correcting the calculated internal resistance value as a function of the detected ratio of the mixture supplied to the engine; converting the corrected internal resistance value into a current temperature value of the sensor; feedback controlling the temperature of the sensor by regulating the current supplied to the heater by processing the deviation between the current temperature value and an objective temperature; and diagnosing the efficiency of the heater as of the corrected internal resistance value of the cell.
    • 一种控制和诊断对发动机废气的组成敏感的传感器的加热器的方法; 所述传感器至少具有对氧离子敏感的电解池,并且提供与提供给发动机的混合物的比率的信息; 该方法包括以下步骤:基于在向单元提供参考电流之前和之后的单元的端子处的电压的检测值来计算单元的内部电阻值; 根据检测到的供给发动机的混合物的比例来校正所计算的内部电阻值; 将校正的内部电阻值转换为传感器的当前温度值; 通过处理当前温度值和目标温度之间的偏差来调节供给加热器的电流来控制传感器的温度; 并且根据电池的校正的内部电阻值来诊断加热器的效率。
    • 7. 发明授权
    • Method of controlling the direct injection of fuel into a combustion chamber of an internal combustion engine
    • 控制将燃料直接喷射到内燃机的燃烧室中的方法
    • US06236931B1
    • 2001-05-22
    • US09448462
    • 1999-11-24
    • Luca PoggioMarco SeccoAndrea Gelmetti
    • Luca PoggioMarco SeccoAndrea Gelmetti
    • F02M700
    • F02D41/402F02D41/1401F02D41/3818F02D41/40F02D2041/1409F02D2041/1431F02D2041/1433Y02T10/44
    • Method of controlling the direct injection of fuel into a combustion chamber of an internal combustion engine, according to which, in order to effect injection in relation to a first stroke of the cylinder starting from a dead center, the following steps are performed: estimating during a stroke of the cylinder preceding the first stroke the pressure which will be present in the suction manifold at the first dead center, estimating an injection advance for the injection on the basis of the estimation of the pressure in the suction manifold, detecting the pressure in the fuel manifold, estimating the mean pressure which will be present in the chamber during the injection on the basis of the estimates effected in the preceding steps and on the basis of a function representative of the course of the pressure in the combustion chamber under reference operating conditions of the engine, estimating the mean flow rate of the injector during the injection on the basis of the pressure difference defined by the pressure detected in the fuel manifold and the mean pressure estimated in the chamber, and calculating and programming a delivery interval for the injector on the basis of the mean flow rate estimated and of the quantity of fuel to be injected.
    • 控制将燃料直接喷射到内燃机的燃烧室中的方法,根据该方法,为了从死点开始相对于气缸的第一冲程进行喷射,执行以下步骤:在 在第一冲程之前的气缸的行程将在第一死点处的吸入歧管中存在的压力,基于抽吸歧管中的压力的​​估计来估计喷射的喷射提前,检测压力 燃料歧管,基于前述步骤中估计的估计,并且基于表示在参考操作下的燃烧室中的压力过程的函数来估计在注射期间将存在于腔室中的平均压力 发动机的条件,基于压力差来估计喷射器的喷射平均流量 e由在燃料歧管中检测的压力和在室中估计的平均压力来限定,并且基于估计的平均流量和要喷​​射的燃料量来计算和编程喷射器的输送间隔。