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    • 9. 发明授权
    • Drive arrangement for a motor vehicle
    • 汽车的驱动装置
    • US6059059A
    • 2000-05-09
    • US35460
    • 1998-03-05
    • Hans-Joachim Schmidt-Brucken
    • Hans-Joachim Schmidt-Brucken
    • B60K17/04B60K1/02B60K6/442B60L11/14B60W10/02B60W10/08B60W20/00F02D29/02B60K6/04
    • B60W20/00B60K6/442B60W10/02B60W10/08B60K1/02B60L2200/26B60W2520/10F16H2312/02Y02T10/6234Y10S903/903Y10S903/905Y10S903/906Y10S903/909Y10S903/914Y10S903/946Y10S903/951
    • A hybrid drive arrangement for a motor vehicle including an internal combustion engine (1), which is connected or can be connected in a wheel-driving manner, via a first torque transmission path (11, 13), to a driving wheel (15) of the motor vehicle. An electric machine (19), which is operable at least as a motor, is fed from an electrical energy source (7, 29) of the motor vehicle and is connected or can be connected in a wheel-driving manner, via a second torque transmission path (21, 23, 13), to the driving wheel (15). Arranged in the first and/or the second torque transmission path are coupling elements (11, 23) which, in a first operating state, permit the driving of the motor vehicle by the wheel-driving torque of the electric machine (19), operated as a motor, without mechanical torque support from the internal combustion engine (1), and which, in a second operating state, permit the driving of the motor vehicle by the internal combustion engine (1), without mechanical torque support from the electric machine (19). Depending on the driving speed of the motor vehicle, an electronic driving control system (31) activates the first operating state, at least in a first range of driving speeds including standstill of the vehicle, if the driving speed is less than a predetermined speed limit, and activates the second operating state, at least in a second range including the maximum speed of the vehicle, if the driving speed is greater.
    • 一种用于机动车辆的混合驱动装置,包括经由第一扭矩传递路径(11,13)连接或可以以车轮驱动方式连接到驱动轮(15)的内燃机(1) 的汽车。 至少可以作为电动机操作的电动机(19)从机动车辆的电能源(7,29)进给,并通过第二扭矩连接或以轮驱动方式连接 传动路径(21,23,13)传递到驱动轮(15)。 在第一和/或第二扭矩传递路径中布置的是联接元件(11,23),其在第一操作状态下允许通过电机(19)的车轮驱动扭矩来驱动机动车辆,操作 作为电动机,没有来自内燃机(1)的机械扭矩支撑,并且在第二操作状态下,允许内燃机(1)驱动机动车辆,而没有来自电机的机械转矩支持 (19)。 根据机动车辆的行驶速度,电子驾驶控制系统(31)至少在包括车辆静止在内的驾驶速度的第一范围内启动第一操作状态,如果行驶速度小于预定速度限制 并且如果行驶速度较大,则至少在包括车辆的最大速度的第二范围内启动第二操作状态。
    • 10. 发明授权
    • Arrangement for controlling the slip of an automatic friction clutch
    • 用于控制自动摩擦离合器滑动的布置
    • US5322150A
    • 1994-06-21
    • US814752
    • 1991-12-30
    • Hans-Joachim Schmidt-BruckenThomas Kuhn
    • Hans-Joachim Schmidt-BruckenThomas Kuhn
    • F16D28/00F16D48/02F16D48/06F16D43/22
    • F16D48/066F16D48/06B60W2510/0225B60W2540/10B60W2710/022B60W2710/025B60W2710/0666F16D2500/1045F16D2500/10481F16D2500/3026F16D2500/30406F16D2500/30415F16D2500/30421F16D2500/30426F16D2500/3065F16D2500/3144F16D2500/70276F16D2500/7041F16D2500/70626F16D2500/70668Y10T477/753Y10T477/755
    • A slip control loop (13) is proposed which compares the actual differential speed between input and output speed of a friction clutch (5) of a motor vehicle with a desired differential value and adjusts a positioning drive (7) of the clutch (5) according to the desired differential speed. To increase the accuracy of control, a desired position signal from a clutch characteristic curve memory (25) is additively superimposed in the sense of an influencing variable on the desired position signal s' calculated by a controller (19) of the slip control loop (13). The clutch characteristic curve memory (25) stores the desired position signal s" as a function of the clutch moment which can be transmitted in this position and is addressed according to the instantaneous engine moment determined, for example, via an engine characteristic map (27). During a load change of the engine (1), the clutch (5) is adjusted to the expected moment before a significant change in the actual differential speed occurs. The controller (19) has an integrating controller property so that the integral portion of the desired signal s' is zero when the dimensioning of the clutch characteristic curve stored in the clutch characteristic curve memory (25) is corrected. A correcting device (33) allows step-wise correction of the characteristic curve as a function of the value of the integral portion.
    • 提出了一种滑动控制回路(13),其将机动车辆的摩擦离合器(5)的输入和输出速度之间的实际差速与期望的差值进行比较,并且调整离合器(5)的定位驱动(7) 根据所需的差速。 为了提高控制精度,来自离合器特性曲线存储器(25)的期望的位置信号在影响变量的意义上被加法地叠加在由滑动控制回路的控制器(19)计算的期望位置信号s' 13)。 离合器特性曲线存储器(25)存储作为可在该位置传送的离合器力矩的函数的期望位置信号s“,并且根据例如通过发动机特性图确定的瞬时发动机力矩寻址 27)。 在发动机(1)的负载变化期间,离合器(5)被调整到预期的时刻,然后发生实际差速的显着变化。 控制器(19)具有积分控制器特性,使得当存储在离合器特性曲线存储器(25)中的离合器特性曲线的尺寸被校正时,期望信号s'的整体部分为零。 校正装置(33)允许作为积分部分的值的函数的特征曲线的逐步校正。