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    • 1. 发明申请
    • SENSOR ARRAY AND METHOD FOR CONTROLLING AUTOMATIC TWIN-CLUTCH TRANSMISSION
    • 传感器系统和方法用于控制自动双离合器变速器
    • WO2006032418A2
    • 2006-03-30
    • PCT/EP2005010031
    • 2005-09-16
    • VOLKSWAGEN AGYER GMBH & CIE KG GETRAG GETRIFAEHLAND JOERGCAPPELMANN BERNDHOFMANN RAINERDAMM ANSGARRUEHLE MARTINSEUFERT MARTINBECK MATTHIASGLATTHAAR JOSEFHERDLE LOTHAR
    • FAEHLAND JOERGCAPPELMANN BERNDHOFMANN RAINERDAMM ANSGARRUEHLE MARTINSEUFERT MARTINBECK MATTHIASGLATTHAAR JOSEFHERDLE LOTHAR
    • F16H61/04
    • F16H59/38F16H3/006F16H61/688F16H2200/0056F16H2312/02Y10T74/19233Y10T74/19251Y10T74/19288Y10T477/641Y10T477/675
    • The invention relates to a method for controlling an automatic twin-clutch transmission comprising two partial transmissions each of which is provided with an engine clutch connected to a drive motor through a drive shaft on the side of the engine, an input shaft connected to the engine clutch on the transmission side and a group of gear steps forming gearwheel sets each of which is provided with fixed and idler gears, wherein a gear connection of the input shaft to an output shaft is produced by means of the gear steps, by engagement of a clutch associated with the idler gear and forms an output shaft connected to the drive shaft or is permanently connected thereto and a sensor array comprising at least one engine speed detecting unit on the side of the transmission is mounted on the drive shaft, a first engine speed detecting unit is mounted on the input shaft of the first partial transmission on the input side and a second engine speed detecting unit is mounted on the input shaft of the second partial transmission on the input side in such a way that the rotation speed and the direction of rotation of the drive shaft (6) are determined on the input side by means of the engine speed detecting unit (33') consisting of rotation speed and direction sensitive means, while for the open engine clutch (12), the first gear step (G1, G3, G5, G7) of the partial transmission (10) comprising the engine speed detecting unit (33') is engaged, while the rotation speed and the direction of rotation of the input shaft (13) of said partial transmission (10) is determined by means of the engine speed detecting unit (33'), the rotation speed and the direction of rotation of the drive shaft (6) are calculated according to the rotation speed and the direction of rotation of the input shaft (13), taking into account the transmission ratio and a potential reversing rotational direction of the gear step (G1, G3, G5, G7).
    • 一种用于控制自动双离合器变速器,其包括与经由与连接到电动机耦合,连接到发动机离合器输入轴的变速器侧的驱动马达的驱动轴上的发动机侧的每两个分量传输的方法,和一组形成的齿轮组的齿轮级,每个具有固定轮和浮动轮,其特征在于,借助于 齿轮步骤输入轴的在每种情况下通过与输出轴,其形成到最终传动相关的输出轴或永久地处于这样的从动轴连接。制造相关联的空转齿轮离合器的接合的齿轮传动连接,并以一个传感器装置具有至少一个 设置在驱动侧旋转速度传感器单元中的驱动轴,设置在所述第一分变速器第一输入侧转速的传感器单元的输入轴,和在所述第二Teilget的输入轴 具有致动驱动器布置的第二输入侧转速的传感器单元,其中规定的旋转速度和由速度和方向敏感形成输入侧转速的传感器单元的装置的输出轴(6)的旋转方向(33“)通过用开放发动机离合器(12)最初为齿轮级(G1确定 G3,G5,转速传感器单元(33`的具有副齿轮(10 G7)))是由旋转速度和相应部件变速器的输入轴(13)的旋转方向(10)是由旋转速度传感器单元(33“)来确定,并通过插入 下面从转速和输入轴(13)与所述传动比和啮合的齿轮速比(GI,G3,G5,G7)的旋转可能逆转的旋转方向来计算输出轴的旋转的速度和方向(6)。
    • 2. 发明申请
    • SENSOR ARRAY AND METHOD FOR CONTROLLING AUTOMATIC TWIN-CLUTCH TRANSMISSION
    • 传感器系统和方法用于控制自动双离合器变速器
    • WO2006032418A8
    • 2007-08-02
    • PCT/EP2005010031
    • 2005-09-16
    • VOLKSWAGEN AGGETRAG GETRIEBE ZAHNRADFAEHLAND JOERGCAPPELMANN BERNDHOFMANN RAINERDAMM ANSGARRUEHLE GUENTERSEUFERT MARTINBECK MATTHIASGLATTHAAR JOSEFHERDLE LOTHAR
    • FAEHLAND JOERGCAPPELMANN BERNDHOFMANN RAINERDAMM ANSGARRUEHLE GUENTERSEUFERT MARTINBECK MATTHIASGLATTHAAR JOSEFHERDLE LOTHAR
    • F16H61/04
    • F16H59/38F16H3/006F16H61/688F16H2200/0056F16H2312/02Y10T74/19233Y10T74/19251Y10T74/19288Y10T477/641Y10T477/675
    • The invention relates to a method for controlling an automatic twin-clutch transmission comprising two partial transmissions each of which is provided with an engine clutch connected to a drive motor through a drive shaft on the side of the engine, an input shaft connected to the engine clutch on the transmission side and a group of gear steps forming gearwheel sets each of which is provided with fixed and idler gears, wherein a gear connection of the input shaft to an output shaft is produced by means of the gear steps, by engagement of a clutch associated with the idler gear and forms an output shaft connected to the drive shaft or is permanently connected thereto and a sensor array comprising at least one engine speed detecting unit on the side of the transmission is mounted on the drive shaft, a first engine speed detecting unit is mounted on the input shaft of the first partial transmission on the input side and a second engine speed detecting unit is mounted on the input shaft of the second partial transmission on the input side in such a way that the rotation speed and the direction of rotation of the drive shaft (6) are determined on the input side by means of the engine speed detecting unit (33') consisting of rotation speed and direction sensitive means, while for the open engine clutch (12), the first gear step (G1, G3, G5, G7) of the partial transmission (10) comprising the engine speed detecting unit (33') is engaged, while the rotation speed and the direction of rotation of the input shaft (13) of said partial transmission (10) is determined by means of the engine speed detecting unit (33'), the rotation speed and the direction of rotation of the drive shaft (6) are calculated according to the rotation speed and the direction of rotation of the input shaft (13), taking into account the transmission ratio and a potential reversing rotational direction of the gear step (G1, G3, G5, G7).
    • 一种用于控制自动双离合器变速器,其包括与经由与连接到电动机耦合,连接到发动机离合器输入轴的变速器侧的驱动马达的驱动轴上的发动机侧的每两个分量传输的方法,和一组形成的齿轮组的齿轮级,每个具有固定轮和浮动轮,其特征在于,借助于 齿轮步骤输入轴的在每种情况下通过与输出轴,其形成到最终传动相关的输出轴或永久地处于这样的从动轴连接。制造相关联的空转齿轮离合器的接合的齿轮传动连接,并以一个传感器装置具有至少一个 设置在驱动侧旋转速度传感器单元中的驱动轴,设置在所述第一分变速器第一输入侧转速的传感器单元的输入轴,和在所述第二Teilget的输入轴 具有致动驱动器布置的第二输入侧转速的传感器单元,其中规定的旋转速度和由速度和方向敏感形成输入侧转速的传感器单元的装置的输出轴(6)的旋转方向(33“)通过用开放发动机离合器(12)最初为齿轮级(G1确定 G3,G5,转速传感器单元(33`的具有副齿轮(10 G7)))是由旋转速度和相应部件变速器的输入轴(13)的旋转方向(10)是由旋转速度传感器单元(33“)来确定,并通过插入 下面从转速和输入轴(13)与所述传动比和啮合的齿轮速比(GI,G3,G5,G7)的旋转可能逆转的旋转方向来计算输出轴的旋转的速度和方向(6)。