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    • 21. 发明申请
    • Device for placing a stamped rivet in sheet metal
    • 将冲压铆钉放置在钣金件中的装置
    • US20060010671A1
    • 2006-01-19
    • US10537076
    • 2003-12-16
    • Roland MairErich Palm
    • Roland MairErich Palm
    • B23P11/00
    • B21J15/025F16B5/04F16B19/086Y10T29/53387Y10T29/5343Y10T29/5377
    • A device for installing a stamped rivet into sheet metal is provided having an upper socket in which a stamp can be displaced, a fixed lower socket which is located at a distance from the upper socket and which receives the shaft of the stamped rivet during the stamping-in process, and which also includes a clamping bushing which is elastically pre-tensioned and surrounds the lower socket and protrudes above the lower socket in a direction of the stamp and acts as a support for the sheet metal which is to be joined by or with the stamped rivet. The stamp, lower socket and clamping bushing are configured so that when the rivet is stamped in, a peripheral groove formed in the rivet shaft directly below the head is filled with metal sheet material which is stamped through by the rivet during the fixing process and is initially formed downwardly and then plastically deformed into the groove.
    • 提供了一种用于将冲压铆钉安装到金属板中的装置,其具有可以移动印模的上部插座,位于与上部插座相距一定距离处的固定下部插座,并且在冲压期间接收冲压铆钉的轴 并且其还包括弹性预张紧并且围绕下插座并沿着印模的方向突出在下插座上方的夹紧衬套,并且用作用于通过或与其连接的金属片的支撑件 与冲压铆钉。 印章,下插座和夹紧衬套被构造成使得当铆钉被冲压时,形成在头部正下方的铆钉轴中的周边槽被填充金属片材料,该金属片材在定影过程中被铆钉冲压穿过,并且是 最初向下形成,然后塑性变形成凹槽。
    • 22. 发明授权
    • Method for running a drive line
    • 运行驱动线路的方法
    • US09239106B2
    • 2016-01-19
    • US13039946
    • 2011-03-03
    • Florian SchneiderRoland Mair
    • Florian SchneiderRoland Mair
    • B60K6/36F16H59/00F16H61/04B60K17/28B60W10/30B60W30/188F16H3/093F16H37/04F16H3/12
    • F16H61/0403B60K17/28B60W10/30B60W30/1888F16H3/093F16H37/046F16H2003/123
    • A method for operating a powertrain of a motor vehicle may comprise: providing a powertrain comprising an automatic transmission arranged between a drive unit and an axle drive, wherein an input shaft of the automatic transmission is connected with the drive unit by means of a controllable clutch and an output shaft is connected with the axle drive, and wherein the powertrain comprises also a gearbox-sided, transient auxiliary drive that is selectively connected for activating or engaging a gearbox-sided connecting point or disconnected for deactivating or disengaging from the connecting point; determining, when the gearbox-sided transient auxiliary output is activated or engaged, a load to be borne at the performance of a gearshift; and specifying, depending on the determined load, whether the gearshift is going to be performed and what synchronous elements of the powertrain are being used to perform the gearshift.
    • 一种用于操作机动车辆的动力系的方法可以包括:提供包括布置在驱动单元和轴驱动器之间的自动变速器的动力系,其中,所述自动变速器的输入轴通过可控离合器与所述驱动单元连接 并且输出轴与轴驱动器连接,并且其中动力传动系还包括齿轮箱侧的瞬时辅助驱动器,其被选择性地连接用于启动或接合齿轮箱侧连接点或断开以用于停用或脱离连接点; 确定当变速箱侧瞬变辅助输出被激活或接合时,负载将在执行换档时承担; 并且根据确定的负载来指定是否要执行换档,并且使用动力系的什么同步元件来执行换档。
    • 26. 发明申请
    • METHOD FOR DETERMINING A STARTING SPEED IN A MOTOR VEHICLE
    • 用于确定电动机起动速度的方法
    • US20130040781A1
    • 2013-02-14
    • US13642246
    • 2011-03-02
    • Roland Mair
    • Roland Mair
    • F02N15/02
    • F16H61/0213F16H2059/142F16H2061/023F16H2312/02
    • A method for determining a startup gear in a motor vehicle for starting from standstill while maintaining a load limit of the clutch in a the drive train which comprises a drive engine built as an internal combustion engine, a friction clutch, and an automatic stepped transmission. To avoid overloading the clutch, the method determines a load-independent startup gear with which startup would occur under the present starting conditions without considering the current load state of the clutch and without complying with a load limit of the clutch. A load-specific startup gear is determined as the highest startup gear, with which during a startup under the present starting conditions, a predefined load limit of the clutch would be maintained with consideration given to the present load state of the clutch. The startup gear is the lowest of the load-independent startup gear and the at least one load-specific startup gear.
    • 一种用于确定机动车辆中的启动齿轮的方法,用于从保持停止状态开始的同时保持离合器的负载极限,所述传动系包括构成内燃机,摩擦离合器和自动阶梯式变速器的驱动发动机。 为了避免离合器过载,该方法确定了在当前启动条件下启动的负载独立启动齿轮,而不考虑离合器的当前负载状态,而不符合离合器的负载极限。 负载特定的启动齿轮被确定为最高启动齿轮,通过该起动齿轮在起动条件下在启动期间,考虑到离合器的当前负载状态,将保持离合器的预定义的负载极限。 启动齿轮是负载独立起动装置和至少一个负载专用启动装置中最低的。
    • 27. 发明授权
    • Method for operating a drive train
    • 操纵传动系的方法
    • US08246516B2
    • 2012-08-21
    • US12596250
    • 2008-04-03
    • Roland Mair
    • Roland Mair
    • F16H59/48B60W10/04
    • B60W30/18027B60W10/06B60W10/115B60W30/1884B60W2510/0638B60W2540/12B60W2540/16B60W2710/0644F16H61/0248F16H2061/023Y10T477/692Y10T477/87
    • A method of operating a drive train of a motor vehicle that has at least an automatic transmission and a drive unit. A starting rotational speed is determined for starting the motor vehicle, and a starting process is initiated with the determined starting rotational speed by engaging a starting element, in particular a starting clutch. The starting rotational speed may be individually set by a driver in such a way that, when the automatic transmission is in the neutral position, the engine speed of the drive unit may be determined by the driver by actuating the accelerator pedal, and that once the automatic transmission is shifted from the neutral position to a either a forward gear or a reverse gear, the engine speed of the drive unit, prevailing during the shift of the automatic transmission, is used as the starting rotational speed.
    • 一种操作具有至少自动变速器和驱动单元的机动车辆的传动系的方法。 确定启动机动车辆的起始转速,并且通过接合起动元件,特别是起动离合器,以确定的起动转速启动起动过程。 起动转速可以由驾驶员单独设定,使得当自动变速器处于中立位置时,驱动单元的发动机转速可以由驾驶员通过启动加速器踏板来确定,并且一旦 自动变速器从空档位置转移到前进档或后退档,将自动变速器换挡期间主动的驱动单元的发动机转速用作起动转速。
    • 28. 发明申请
    • METHOD FOR RUNNING A DRIVE LINE
    • 运行驱动线的方法
    • US20110224855A1
    • 2011-09-15
    • US13039946
    • 2011-03-03
    • FLORIAN SCHNEIDERRoland Mair
    • FLORIAN SCHNEIDERRoland Mair
    • B60K6/36F16H59/00
    • F16H61/0403B60K17/28B60W10/30B60W30/1888F16H3/093F16H37/046F16H2003/123
    • A method for operating a powertrain of a motor vehicle may comprise: providing a powertrain comprising an automatic transmission arranged between a drive unit and an axle drive, wherein an input shaft of the automatic transmission is connected with the drive unit by means of a controllable clutch and an output shaft is connected with the axle drive, and wherein the powertrain comprises also a gearbox-sided, transient auxiliary drive that is selectively connected for activating or engaging a gearbox-sided connecting point or disconnected for deactivating or disengaging from the connecting point; determining, when the gearbox-sided transient auxiliary output is activated or engaged, a load to be borne at the performance of a gearshift; and specifying, depending on the determined load, whether the gearshift is going to be performed and what synchronous elements of the powertrain are being used to perform the gearshift.
    • 一种用于操作机动车辆的动力系的方法可以包括:提供包括布置在驱动单元和轴驱动器之间的自动变速器的动力系,其中,所述自动变速器的输入轴通过可控离合器与所述驱动单元连接 并且输出轴与轴驱动器连接,并且其中动力传动系还包括齿轮箱侧的瞬时辅助驱动器,其被选择性地连接用于启动或接合齿轮箱侧连接点或断开以用于停用或脱离连接点; 确定当变速箱侧瞬变辅助输出被激活或接合时,负载将在执行换档时承担; 并且根据确定的负载来指定是否要执行换档,并且使用动力系的什么同步元件来执行换档。
    • 30. 发明授权
    • Threaded element
    • 螺纹元件
    • US07832971B2
    • 2010-11-16
    • US11722030
    • 2006-02-14
    • Roland Mair
    • Roland Mair
    • F16B35/04
    • F16B39/30F16B25/00
    • A threaded element (1) is provided having at least two slots (3), notches, grooves or the like that intersect the thread (2). The slots (3), notches, grooves or the like are configured in relation to the thread (2) so that they intersect the thread (2) to form a sharp cutting edge on the thread flanks (4), thus preventing reverse rotation. The slots, notches or grooves have no more than 25-times the pitch and the same rotational direction as the thread.
    • 螺纹元件(1)设置有与螺纹(2)相交的至少两个槽(3),凹口,凹槽等。 槽(3),凹口,槽等相对于螺纹(2)构成,使得它们与螺纹(2)相交,以在螺纹侧面(4)上形成锋利的切削刃,从而防止反向旋转。 槽,凹口或凹槽不得超过螺纹的25倍和与螺纹相同的旋转方向。