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    • 1. 发明授权
    • Pneumatic control valve device for air-suspended vehicles, with mechanical return of the control element
    • 用于空气悬浮车辆的气动控制阀装置,具有控制元件的机械返回
    • US08413683B2
    • 2013-04-09
    • US12449429
    • 2008-02-07
    • Michael HergesFriedbert RoetherMartin MedererJanos Toth
    • Michael HergesFriedbert RoetherMartin MedererJanos Toth
    • F16K11/074
    • B60G17/0525B60G2500/2021B60G2500/203Y10T137/86638
    • A pneumatic control valve device for systems for arbitrarily lifting and lowering the vehicle body of air-suspended vehicles, with a control device having at least one mechanical control element for the positions lift, lower, drive and stop, and with a spring device for returning the control element after it has been released, in which the spring device returns the control element after it has been released into the drive position, a position securing device is provided, the position securing device mechanically locking the control element, the position securing device, in the locked state, preventing the control element from returning under the spring force of the spring device into the drive position, but permitting this in the unlocked state, however always permitting the control element to be manually adjusted, the position securing device can be changed from the locked state into the unlocked state by an electric signal.
    • 一种用于任意提升和降低悬挂悬浮车辆车体的系统的气动控制阀装置,具有至少一个用于位置提升,下降,驱动和停止的机械控制元件的控制装置,以及用于返回的弹簧装置 控制元件在其被释放之后,其中弹簧装置在释放到驱动位置之后使控制元件返回,设置位置固定装置,位置固定装置机械地锁定控制元件,位置固定装置, 在锁定状态下,防止控制元件在弹簧装置的弹簧力下返回到驱动位置,但允许其处于解锁状态,但是总是允许手动调节控制元件,可以改变位置固定装置 通过电信号从锁定状态进入解锁状态。
    • 3. 发明申请
    • PNEUMATIC CONTROL VALVE DEVICE FOR AIR-SUSPENDED VEHICLES, WITH MECHANICAL RETURN OF THE CONTROL ELEMENT
    • 用于空中悬挂车辆的气动控制阀装置,具有控制元件的机械返回
    • US20100032599A1
    • 2010-02-11
    • US12449429
    • 2008-02-07
    • Michael HergesFriedbert RoetherMartin MedererJanos Toth
    • Michael HergesFriedbert RoetherMartin MedererJanos Toth
    • F16K31/02
    • B60G17/0525B60G2500/2021B60G2500/203Y10T137/86638
    • A pneumatic control valve device for systems for arbitrarily lifting and lowering the vehicle body of air-suspended vehicles, with a control device having at least one mechanical control element for the positions lift, lower, drive and stop, and with a spring device for returning the control element after it has been released, in which the spring device returns the control element after it has been released into the drive position, a position securing device is provided, the position securing device mechanically locking the control element, the position securing device, in the locked state, preventing the control element from returning under the spring force of the spring device into the drive position, but permitting this in the unlocked state, however always permitting the control element to be manually adjusted, the position securing device can be changed from the locked state into the unlocked state by an electric signal.
    • 一种用于任意提升和降低悬挂悬浮车辆车体的系统的气动控制阀装置,具有至少一个用于位置提升,下降,驱动和停止的机械控制元件的控制装置,以及用于返回的弹簧装置 控制元件在其被释放之后,其中弹簧装置在释放到驱动位置之后使控制元件返回,设置位置固定装置,位置固定装置机械地锁定控制元件,位置固定装置, 在锁定状态下,防止控制元件在弹簧装置的弹簧力下返回到驱动位置,但允许其处于解锁状态,但是总是允许手动调节控制元件,可以改变位置固定装置 通过电信号从锁定状态进入解锁状态。
    • 7. 发明授权
    • Electro-pneumatic pressure regulation module comprising pressure regulation channels having separate pneumatic circuits
    • 电动气压调节模块包括具有分离的气动回路的压力调节通道
    • US08979217B2
    • 2015-03-17
    • US13201430
    • 2010-02-18
    • Juergen SteinbergerPéter FrankMichael HergesMartin Mederer
    • Juergen SteinbergerPéter FrankMichael HergesMartin Mederer
    • B60T13/68B60T8/32B60T8/34B60T8/36
    • B60T8/327B60T8/343B60T8/3675B60T13/683
    • An electropneumatic pressure regulating module, formed as a structural unit, is described for an electropneumatic brake system of a vehicle, including: at least two separately regulable pressure regulating channels, wherein a regulated working pressure, acting at at least one working pressure port, for at least one brake application device of the brake system is generated for each pressure regulating channel on the basis of working air originating from at least one compressed air store and as a function of braking demand signals of a brake transducer, in which to form pressure regulating channels having separate pneumatic circuits, each pressure regulating channel is assigned at least one dedicated storage pressure port which can be connected to a dedicated compressed air store, and in which the pneumatic flow paths of each pressure regulating channel are formed so as to be pneumatically separate, at least proceeding from the respective storage pressure port as far as the respective working pressure port, from the pneumatic flow paths of a respective other pressure regulating channel.
    • 描述了一种形成为结构单元的电动气压调节模块,用于车辆的电动气动制动系统,包括:至少两个单独调节的压力调节通道,其中在至少一个工作压力端口作用的调节工作压力用于 基于来自至少一个压缩空气存储器的工作空气和作为制动传感器的制动需求信号的函数,为每个压力调节通道生成制动系统的至少一个制动施加装置,其中形成压力调节 通道具有单独的气动回路,每个压力调节通道分配有至少一个可连接到专用压缩空气存储器的专用储存压力端口,并且其中形成每个压力调节通道的气动流路以气动分离 至少从相应的存储压力端口进入到相应的wo 从相应的其他压力调节通道的气动流动路径上挤压压力端口。
    • 8. 发明申请
    • ELECTRO-PNEUMATIC PRESSURE REGULATION MODULE COMPRISING PRESSURE REGULATION CHANNELS HAVING SEPARATE PNEUMATIC CIRCUITS
    • 包含具有独立气动电路的压力调节通道的电气压力调节模块
    • US20120080935A1
    • 2012-04-05
    • US13201430
    • 2010-02-18
    • Juergen SteinbergerPéter FrankMichael HergesMartin Mederer
    • Juergen SteinbergerPéter FrankMichael HergesMartin Mederer
    • B60T13/58B60T13/26
    • B60T8/327B60T8/343B60T8/3675B60T13/683
    • An electropneumatic pressure regulating module, formed as a structural unit, is described for an electropneumatic brake system of a vehicle, including: at least two separately regulable pressure regulating channels, wherein a regulated working pressure, acting at at least one working pressure port, for at least one brake application device of the brake system is generated for each pressure regulating channel on the basis of working air originating from at least one compressed air store and as a function of braking demand signals of a brake transducer, in which to form pressure regulating channels having separate pneumatic circuits, each pressure regulating channel is assigned at least one dedicated storage pressure port which can be connected to a dedicated compressed air store, and in which the pneumatic flow paths of each pressure regulating channel are formed so as to be pneumatically separate, at least proceeding from the respective storage pressure port as far as the respective working pressure port, from the pneumatic flow paths of a respective other pressure regulating channel.
    • 描述了一种形成为结构单元的电动气压调节模块,用于车辆的电动气动制动系统,包括:至少两个单独调节的压力调节通道,其中在至少一个工作压力端口作用的调节工作压力用于 基于来自至少一个压缩空气存储器的工作空气和作为制动传感器的制动需求信号的函数,为每个压力调节通道生成制动系统的至少一个制动施加装置,其中形成压力调节 通道具有单独的气动回路,每个压力调节通道分配有至少一个可连接到专用压缩空气存储器的专用储存压力端口,并且其中形成每个压力调节通道的气动流路以气动分离 至少从相应的存储压力端口进入到相应的wo 从相应的其他压力调节通道的气动流动路径上挤压压力端口。
    • 9. 发明授权
    • Clamp device
    • 夹具装置
    • US07967114B2
    • 2011-06-28
    • US11723163
    • 2007-03-16
    • Bence CsákMichael HergesDirk Ganzhorn
    • Bence CsákMichael HergesDirk Ganzhorn
    • F16D55/08
    • F16D65/18F16D2121/16F16D2123/00F16D2125/24F16D2125/32F16D2125/66
    • A clamp device inserted between two parts can prevent a relative movement between a brake disc and a brake caliper of a vehicle brake. The device includes two plates, with adjustable separation by way of at least two rollers running against each other and rolling on roller surfaces on facing inner sides of the plates. When the rollers are located in the region of a first section of the roller surfaces, the separation of the plates for bringing about clamping in an extended state is greater than the separation adopted by the plates to generate clamping in a withdrawn state when the rollers are located in the region of a second section of the roller surfaces. The position of the rollers relative to the roller surfaces may be altered by an actuator.
    • 插入在两个部件之间的夹紧装置可以防止制动盘和车辆制动器的制动钳之间的相对运动。 该装置包括两个板,它们通过彼此相对运动的至少两个辊进行可调节的分离,并在板的相对的内侧上的辊表面上滚动。 当辊位于辊表面的第一部分的区域中时,用于使夹紧处于伸展状态的板的分离大于当辊在辊的拉伸状态下由板产生夹紧以产生夹紧的分离 位于辊表面的第二部分的区域中。 辊子相对于滚子表面的位置可以由致动器改变。