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    • 8. 发明申请
    • VEHICLE HAVING ARTICULATED STEERING, IN PARTICULAR ARMORED VEHICLE
    • 具有特殊装甲车辆的车辆转向车辆
    • US20120073896A1
    • 2012-03-29
    • US13245321
    • 2011-09-26
    • Gerhard Skoff
    • Gerhard Skoff
    • B62D13/00F41H7/02
    • B62D53/005B62D55/0655F41H7/048
    • A vehicle is provided wherein, between an unmanned front drive module (2) and a manned mission module (3), an articulated steering drive (4) is provided, so that the entire vehicle (1) is driven from the mission module (3) via the drive module (2). More specifically, the vehicle, such as an armored vehicle, is divided into an anterior drive module and a posterior mission module, wherein the mission module is configured to accept a vehicle crew comprising a driver, and the mission module comprises one or more mission-specific expansions, and wherein the drive module comprises a drive motor and is unmanned, and the vehicle further comprises an articulated steering drive integrated between the drive module and the mission module so the drive module is steered by the driver in the mission module and so that the vehicle is thus moved by tracking the mission module behind the drive module.
    • 提供了一种车辆,其中在无人驾驶前驱动模块(2)和载人任务模块(3)之间设置有铰接转向驱动器(4),使得整个车辆(1)从任务模块(3) )通过驱动模块(2)。 更具体地,诸如装甲车辆的车辆被分成前驱动模块和后任务模块,其中任务模块被配置为接受包括驾驶员的车辆组件,并且任务模块包括一个或多个任务模块, 并且其中所述驱动模块包括驱动马达并且是无人的,并且所述车辆还包括集成在所述驱动模块和所述任务模块之间的铰接式转向驱动器,使得所述驱动模块由所述驾驶员在所述任务模块中驾驶,并且使得 因此通过跟踪驱动模块后面的任务模块来移动车辆。
    • 9. 发明申请
    • Method of operating vehicular tire-inflation control system
    • 运行车辆轮胎充气控制系统的方法
    • US20060278314A1
    • 2006-12-14
    • US11447680
    • 2006-06-06
    • Gerhard Skoff
    • Gerhard Skoff
    • B60C29/00
    • B60C23/002
    • This object is achieved in method of operating a tire-inflation control system connected to tires of a vehicle for increasing and decreasing pressurization of the tires wherein after shutdown of the vehicle engine pressurization of the vehicle tires is increased. The tire pressure is maintained generally at a predetermined set-point level during normal operation of the vehicle, and after shutdown of the engine increasing tire pressure substantially above the set-point level. After restart of the engine pressurization is decreased automatically generally to the set-point level. Tire pressurization is increased with a predetermined delay after shutdown of the engine.
    • 该目的是在连接到车辆的轮胎上的轮胎充气控制系统的操作方法中实现的,该轮胎充气控制系统用于增加和减少轮胎的加压,其中在汽车轮胎的车辆发动机加压停止增加之后。 在车辆的正常操作期间,轮胎压力通常保持在预定的设定点水平,并且在关闭发动机之后,使轮胎压力大大高于设定点水平。 重启发动机后,加压自动一般降至设定值。 在发动机关闭后轮胎加压增加预定的延迟。