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    • 3. 发明授权
    • Method for determining a shifting step for a discretely shifting transmission of a motor vehicle
    • 用于确定机动车辆的离散变速传动的换档步骤的方法
    • US06530292B1
    • 2003-03-11
    • US09914187
    • 2001-08-24
    • Juergen LoefflerMartin-Peter BolzHolger Huelser
    • Juergen LoefflerMartin-Peter BolzHolger Huelser
    • F16H5900
    • F16H61/10F16H59/44F16H2061/0216Y10T74/1926Y10T477/688
    • A method for determining a shift stage (transmission ratio) for a discretely shifting transmission of a motor vehicle wherein an output rpm of the transmission is detected and an optimal motor rpm is pregiven. It is provided that computed and/or measured input rpms (22, 23) of the transmission are detected. An rpm (25, 26) for each shift stage is fixed via a hysteresis circuit (24), a difference of the input rpm (22) of a next-higher shift stage and the rpm (26) supplies an upshift limit (10) and a sum of current input rpm (23) and the rpm (25) supplies a downshift limit (12); and, shifting into a higher shift stage takes place when the upshift limit (10) exceeds the optimal motor rpm (28) or shifting into a lower shift stage takes place when the optimal motor rpm (28) exceeds the downshift limit (12) (shifting necessity (27)).
    • 一种用于确定机动车辆的离散变速传动的换档级(传动比)的方法,其中检测到变速器的输出转速,并且优化了最佳电动机转速。提供计算和/或测量的输入rpms(22 ,23)。 每个变速级的转速(25,26)通过滞后电路(24)固定,下一个高级变速级的输入转速(22)和转速(26)的差异提供升档极限(10) 并且当前输入转速(23)和转速(25)之和提供降档限制(12); 并且当升档极限(10)超过最佳电动机转速(28)或者当最佳电动机转速(28)超过降档极限(12)时发生转换到较低变速级时,发生转换到较高变速级 转移必要性(27))。
    • 5. 发明授权
    • Control system for a motor vehicle automatic gearbox and method for operating said control system
    • 用于机动车辆自动变速箱的控制系统和操作所述控制系统的方法
    • US06668671B2
    • 2003-12-30
    • US10111087
    • 2002-07-22
    • Juergen LoefflerMartin-Peter BolzHolger Huelser
    • Juergen LoefflerMartin-Peter BolzHolger Huelser
    • F16H5900
    • F16H61/0213F16H59/0204F16H59/66F16H61/10F16H61/16F16H2059/006F16H2061/163Y10T74/19251
    • In a control system (20) for an automatic motor vehicle transmission (10), with a number of gear selection modules (38, 40, 42), each of which is respectively designed to preset a target gear (zg) for a gear change depending on a number of operating parameters, through a suitable use of gear change prevention means, a particularly simple and transparent adaptation of the vehicle behavior to different driver requests should also be possible. To that end, the invention provides a number of analysis modules (46, 48, 50), each of which, in a respectively predeterminable operating situation, generates a suppression signal (u) for preventing a gear change, where each analysis module (46, 48, 50) is associated with a respective filter element (52, 54, 56), which enables the transmission of the respective suppression signal (u), depending on which gear selection module (38, 40, 42) has preset the target gear (zg). Preferably, a central control module (60) contains information, in the form of an applicable matrix for each analysis module (46, 48, 50), which indicates the target gear (zg)-presetting gear selection module (38, 40, 42) for which the suppression signal (u) is to be transmitted.
    • 在具有多个齿轮选择模块(38,40,42)的用于自动机动车辆变速器(10)的控制系统(20)中,每个齿轮选择模块(38,40,42)分别被设计成预设用于换档的目标齿轮(zg) 取决于多个操作参数,通过适当地使用换档防止装置,也可以将车辆行为特别简单和透明地适应于不同的驾驶员请求。 为此,本发明提供了多个分析模块(46,48,50),每个分析模块(46,48,50)在分别可预先确定的操作情况下产生用于防止变速的抑制信号(u),其中每个分析模块(46 ,48,50)与相应的滤波器元件(52,54,56)相关联,其可以根据哪个齿轮选择模块(38,40,42)已经预设了目标,从而能够传输相应的抑制信号(u) 齿轮(zg)。 优选地,中央控制模块(60)包含用于每个分析模块(46,48,50)的适用矩阵形式的信息,其指示目标齿轮(zg) - 定位齿轮选择模块(38,40,42 ),其中抑制信号(u)将被发送。
    • 9. 发明授权
    • Electric motor with drive
    • 电动马达驱动
    • US06409622B1
    • 2002-06-25
    • US09600089
    • 2000-11-01
    • Martin-Peter BolzFerdinand GrobStefan Tumback
    • Martin-Peter BolzFerdinand GrobStefan Tumback
    • F16H362
    • F02N11/04F02N15/046
    • The synchronous or asynchronous electrical machine for an internal combustion engine can operate alternately in a starter mode during engine starting and a generator mode during engine operation in order to eliminate the need for a separate starter and generator. The electrical machine includes a two-stage planetary gear device coupled to a shaft of the internal combustion engine. The two-stage planetary gear device includes two stages with ring gears and respective braking devices assigned to the two stages that prevent the ring gears of those stages from rotating when engaged therewith. The two-stage planetary gear device operates with different gear ratios in the starter mode and the generator mode. The gear ratio in the starter mode is between 4 and 60 and between 1.6 and 4 in the generator mode. The ratio of the gear ratios in the starter mode and the generator mode must be at least two.
    • 用于内燃机的同步或异步电机可以在发动机起动期间的起动器模式和发动机运转期间的发电机模式下交替工作,以消除对单独起动器和发电机的需要。 电机包括联接到内燃机的轴的两级行星齿轮装置。 两级行星齿轮装置包括具有环形齿轮的两个级和分配给两级的相应制动装置,以防止这些级的环形齿轮在与其接合时旋转。 两级行星齿轮装置在起动器模式和发电机模式下以不同的传动比工作。 在发电机模式下,起动器模式下的变速比在4到60之间,在1.6和4之间。 起动器模式和发电机模式下的齿轮比的比率必须至少为2。