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    • 1. 发明授权
    • Drive for automatic operating of a vehicle door
    • 驱动车门自动操作
    • US07248011B2
    • 2007-07-24
    • US10561599
    • 2004-07-05
    • Stephan SchachtlRalf ReczkoMatthias MartinDietmar BellenbaumThomas Vögerl
    • Stephan SchachtlRalf ReczkoMatthias MartinDietmar BellenbaumThomas Vögerl
    • H02H7/08
    • E05F15/611E05F15/603E05Y2201/618E05Y2201/716E05Y2201/72E05Y2201/726E05Y2400/326E05Y2400/337E05Y2400/34E05Y2400/342E05Y2600/458E05Y2600/46E05Y2800/11E05Y2800/25E05Y2800/74E05Y2900/546G05B2219/37138G05B2219/37155G05B2219/37263G05B2219/40062
    • The invention relates to a drive unit for automatically actuating a tailgate of a motor vehicle. Connecting the drive unit (4) to the vehicle door (1) or to a transmission device (6) by means of an output shaft (5), said transmission device executing a pivoting movement which corresponds to the pivoting movement of the vehicle door (1), and the drive unit (4) comprising at least one first sensor device (7), which can be connected to an electronic evaluation device (21) and serves to detect the respective angular position of the vehicle door (1). In order to make use of the advantages of an incrementally operating position measurement system of the vehicle door (1), in which, recalibration is necessary not only after the end positions of the vehicle door (1) are reached following a power cut. The invention proposes dividing the entire pivot angle (à) of the vehicle door (1) into at least three successive zones (pivot angle ranges) (à1-à4), it being possible to determine the individual pivot angle ranges (à1-à4) by means of a first sensor device (7), which is suitable for detecting absolute values. The pivot angle of the vehicle door within the individual zones (à1-à4) is then detected with the aid of a second sensor device (8), which comprises at least one incrementally operating measured value detector.
    • 本发明涉及一种用于自动启动机动车辆后挡板的驱动单元。 通过输出轴(5)将驱动单元(4)连接到车门(1)或传动装置(6),所述传动装置执行对应于车门的枢转运动的枢转运动( 1),并且所述驱动单元(4)包括至少一个第一传感器装置(7),其可以连接到电子评估装置(21)并且用于检测车门(1)的各个角位置。 为了利用车门(1)的增量操作位置测量系统的优点,其中不仅在断电之后到达车门(1)的结束位置之后,重新校准是必要的。 本发明提出将车门(1)的整个枢转角(à)分成至少三个连续的区域(枢轴角度范围)(à-1-à4),可以确定各个枢转角度范围 -a 4)通过适合于检测绝对值的第一传感器装置(7)。 然后借助于包括至少一个递增操作的测量值检测器的第二传感器装置(8)检测车厢门在各个区域(à-à-4)内的转动角度。
    • 2. 发明申请
    • Drive for automatic operating of a vehicle door
    • 驱动车门自动操作
    • US20060279243A1
    • 2006-12-14
    • US10561599
    • 2004-07-05
    • Stephan SchachtlRalf ReczkoMatthias MartinDietmar BellenbaumThomas Vogerl
    • Stephan SchachtlRalf ReczkoMatthias MartinDietmar BellenbaumThomas Vogerl
    • H02P7/00
    • E05F15/611E05F15/603E05Y2201/618E05Y2201/716E05Y2201/72E05Y2201/726E05Y2400/326E05Y2400/337E05Y2400/34E05Y2400/342E05Y2600/458E05Y2600/46E05Y2800/11E05Y2800/25E05Y2800/74E05Y2900/546G05B2219/37138G05B2219/37155G05B2219/37263G05B2219/40062
    • The invention relates to a drive unit for automatically actuating a vehicle door, in particular the tailgate of a motor vehicle, it being possible to connect the drive unit (4) to the vehicle door (1) or to a transmission device (6) by means of an output shaft (5), said transmission device executing a pivoting movement which corresponds to the pivoting movement of the vehicle door (1), and the drive unit (4) comprising at least one first sensor device (7) which can be connected to an electronic evaluation device (21) and serves to detect the respective angular position of the vehicle door (1). In order to make use of the advantages of an incrementally operating position measurement system of the vehicle door (1), in which, however, recalibration is necessary not only after the end positions of the vehicle door (1) are reached following a power cut, the invention proposes dividing the entire pivot angle (α) of the vehicle door (1) into at least three successive zones (pivot angle ranges) (α1-α4), it being possible to determine the individual pivot angle ranges (α1-α4) by means of a first sensor device (7) which is suitable for detecting absolute values. The pivot angle of the vehicle door within the individual zones (α1-α4) is then detected with the aid of a second sensor device (8) which comprises at least one incrementally operating measured value detector.
    • 本发明涉及一种用于自动启动车门,特别是机动车辆的后挡板的驱动单元,可以通过以下方式将驱动单元(4)连接到车门(1)或传动装置(6) 输出轴(5)的装置,所述传动装置执行对应于所述车门(1)的枢转运动的枢转运动,所述驱动单元(4)包括至少一个第一传感器装置(7) 连接到电子评估装置(21)并且用于检测车门(1)的各个角位置。 为了利用车门(1)的增量操作位置测量系统的优点,然而,不仅在停车之后到达车门(1)的结束位置之后,重新校准是必要的, 本发明提出将车门(1)的整个枢转角(α)分成至少三个连续的区域(枢轴角度范围)(α1-α4)),可以确定各个枢轴角度范围(α 1-α4)通过适合于检测绝对值的第一传感器装置(7)。 然后借助于包括至少一个递增操作的测量值检测器的第二传感器装置(8)来检测各个区域(α1-α4)内的车门的枢转角度。
    • 3. 发明申请
    • DEVICE FOR THE TRANSFER OF TORQUE
    • 扭矩转移装置
    • US20090255185A1
    • 2009-10-15
    • US12303197
    • 2007-05-23
    • Stephan SchachtlEric BittnerMarkus PfluegerArmin Dietl
    • Stephan SchachtlEric BittnerMarkus PfluegerArmin Dietl
    • E05F15/12
    • E05D5/062E05F15/63E05Y2201/604E05Y2201/624E05Y2201/682E05Y2201/706E05Y2600/11E05Y2600/32E05Y2600/33E05Y2600/522E05Y2800/296E05Y2800/40E05Y2900/546E05Y2900/548
    • The invention relates to a device (3) for the transfer of the torque of a drive output shaft (11) of a drive (1) that can be mounted on the body of a motor vehicle on the first half of a frame joint (4) of a frame joint (2) having a hinge axis (6), which first half of a frame joint (4) is attached to a vehicle lid of the motor vehicle, with the rotation axis (17) of the drive output shaft (11) and the hinge axis (6) in essence aligned with each other in mounted state of the drive (1). In order to assure a quick mounting of the drive (1) and to achieve an optimal displacement path of the vehicle lid during the closing procedure, with which the angle- and length tolerances of the drive (1) and the vehicle lid are balanced in a simple way, the invention proposes using a torque proof drive lever (9) that can be connected to the drive output shaft (11) which has a crank (16) that extends in direction of the longitudinal axis (15) of the drive lever (9), axially at a distance from the connecting region (100) of the drive lever (9) with the drive output shaft (11), in which crank (16) a sliding block (13) is arranged in a shiftable manner. This sliding block (13) forms the pivot bearing of the pivot (14) of a preferably plate-shaped adapter part (12) which can be firmly connected to the first half of the frame joint (4).
    • 本发明涉及一种用于传递驱动器(1)的驱动输出轴(11)的转矩的装置(3),该驱动装置可以安装在机动车辆的主体上,在框架接头(4)的前半部 )具有铰链轴线(6)的框架接头(2),其中框架接头(4)的前半部分与机动车辆的车辆盖子连接,驱动输出轴的旋转轴线(17) 11)和铰链轴线(6)在驱动器(1)的安装状态下基本上彼此对准。 为了确保驱动器(1)的快速安装并且在关闭过程期间实现车辆盖的最佳位移路径,驱动器(1)和车辆盖的角度和长度公差通过该距离平衡 本发明提供了一种简单的方法,本发明提出使用能够连接到驱动输出轴(11)的扭力抵抗驱动杆(9),驱动输出轴(11)具有在驱动杆的纵向轴线(15)的方向上延伸的曲柄(16) (9),与驱动输出轴(11)轴向地距离驱动杆(9)的连接区域(100)一定距离,其中曲柄(16)以可移动的方式布置在滑块中。 该滑动块(13)形成优选板状适配器部件(12)的枢轴(14)的枢转轴承,其可以牢固地连接到框架接头(4)的前半部分。
    • 8. 发明申请
    • Electromagnetic Frictionally Engaged clutch , Method for the Operation Thereof , and Use Therof in a Drive Train for Automatically Actuating a Vehicle Door or a Vehicle Flap
    • 电磁摩擦离合器,其操作方法,以及用于自动驾驶车门或车辆挡板的传动系中的使用
    • US20070246322A1
    • 2007-10-25
    • US11660114
    • 2005-08-05
    • Stephan SchachtlAdreas WinterThomas HumezAndreas Berger
    • Stephan SchachtlAdreas WinterThomas HumezAndreas Berger
    • F16D27/01
    • F16D27/06E05Y2201/216E05Y2201/246E05Y2201/462E05Y2900/50F16D27/004F16D27/112
    • The invention relates to an electomagnetic frictionally engaged clutch (1) provided with a rotor part (4) comprising a friction lining (2). An electrical coil (6) and a first permanent magnet (14) are arranged on the rotor part (4). Said clutch also comprises an armature disk (10) which is connected to a second shaft (9) and can be displaced in a rotationally fixed manner, but axially from a coupled end position to an uncoupled end position. The aim of the invention is to enahle the coil (6) of the clutch (1) to be current-free both in the coupled state and in the uncoupled state. To this end, means (15; 20) are provided for exerting an axial force opposing the magnetic force of the first permanent magnet (14) on the armature disk (10). The first permanent magnet (14) and the means (15; 20) are selected in such a way that the resulting force exerted on the armature disk by the permanent magnets and the means presses the armature disk (10) against the friction lining (2) of the rotor part (4) when a current is not passing through the coil (6), when the armature disk (10) is in the coupled end position thereof and when the armature disk (10) presses against an abutment (19) at an axial distance from the friction lining (2) of the rotor part (4) when it is in the uncoupled end position thereof. The electrical coil (6) can be supplied with a coil in such a way that the magnetic field thus produced
    • 本发明涉及一种电动摩擦式离合器(1),其配备有包括摩擦衬片(2)的转子部分(4)。 电动线圈(6)和第一永磁体(14)布置在转子部分(4)上。 所述离合器还包括电枢盘(10),其连接到第二轴(9)并且可以以旋转固定的方式移位,但是从耦合的终端位置轴向移动到非耦合的终端位置。 本发明的目的是使离合器(1)的线圈(6)在耦合状态和非耦合状态下无电流。 为此,提供装置(15; 20),用于施加与电枢盘(10)上的第一永磁体(14)的磁力相反的轴向力。 选择第一永磁体(14)和装置(15; 20),使得由永久磁铁施加在电枢盘上的所得力将电枢盘(10)压在摩擦衬里(2)上 )当所述电枢没有通过所述线圈(6)时,当所述电枢盘(10)处于其联接的终端位置时,并且当所述电枢盘(10)压靠在所述基座(19)上时,所述转子部件(4) 在转子部件(4)处于其未耦合的结束位置时与其摩擦衬片(2)的轴向距离。 电线圈(6)可以以这样的方式供应线圈,使得由此产生的磁场