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    • 6. 发明授权
    • Automatic load dependent brake force controller
    • 自动负载相关制动力控制器
    • US4170387A
    • 1979-10-09
    • US848635
    • 1977-11-04
    • Werner Stumpe
    • Werner Stumpe
    • B60T8/18B60T8/20
    • B60T8/1881B60T8/1818
    • A load-dependent brake force controller including a lever mechanism with a variable fulcrum and a control mechanism which is arranged to bring the brake force controller into a middle position upon failure of the connecting linkage which includes a two-part shaft, one driving shaft part fixedly attached to a lever moved by the vehicle axle and indirectly coupled via an excursion limiter embodied as a torque coupling to a sled for varying the support point of the fulcrum with the other shaft fixedly coupled to the sled, wherein the control mechanism is disposed in the vicinity of the confronting ends of the two-part shaft and usually exerts a largely ineffective torque on the driving shaft part but, upon a fracture or failure of the driving linkage, acts on the second shaft part with a torque that is greater than the torque exerted by the excursion limiter.
    • 一种负载相关的制动力控制器,包括具有可变支点的杠杆机构和控制机构,所述控制机构被布置成在包括两部分轴的连接联动装置的故障时使制动力控制器处于中间位置,一个驱动轴部分 固定地连接到由车轴移动并且经由偏移限制器间接耦合的杠杆,所述偏移限制器被实施为联接到滑架的扭矩,用于改变支点的支撑点,而另一个轴固定地联接到滑架,其中控制机构设置在 在两部分轴的相对端附近,并且通常在驱动轴部上施加很大程度上无效的扭矩,但是当驱动联动装置的断裂或故障时,转矩大于 由偏移限制器施加的扭矩。
    • 7. 发明授权
    • Electromagnetically actuated valve system and valve device
    • 电磁致动阀系统和阀门装置
    • US07044431B2
    • 2006-05-16
    • US10381283
    • 2001-09-19
    • Werner Stumpe
    • Werner Stumpe
    • B65B1/04
    • F16K31/402Y10T137/87193Y10T137/87209Y10T137/87225
    • The invention relates to a valve system comprising a housing, an actuator, a main valve disposed between an inlet chamber and an outlet chamber, and a pilot chamber. Said pilot chamber is linked with the outlet chamber via a main valve, comprising at least one pilot valve member and one valve body linked with the electromagnetic actuator, and with the inlet chamber via at least one connecting channel. The invention is characterized in that the stationary seat of the main valve is formed by an insert that is mounted in the; housing of the valve system. The main valve member is impinged upon on its diametrically opposed surfaces by the pressure present in the inlet chamber and the pressure present in the pilot chamber. The pilot chamber is linked with the inlet chamber via a connecting channel that extends through the main valve member. The pilot valve member is formed by the insert mounted in the housing of the valve system or by the housing. The connection to the outlet chamber is made via at least one connecting channel disposed in the housing or in the insert.
    • 本发明涉及一种阀系统,其包括壳体,致动器,设置在入口室和出口室之间的主阀以及导向室。 所述导向室通过主阀与出口腔室连接,所述主阀包括至少一个先导阀构件和与电磁致动器连接的一个阀体,以及经由至少一个连接通道与入口室。 本发明的特征在于,主阀的固定座由安装在其中的插入件形成; 阀门系统的外壳。 主阀构件通过入口室中存在的压力和导向室中存在的压力撞击其直径相对的表面。 引导室通过延伸穿过主阀构件的连接通道与入口室相连。 先导阀构件由插入件安装在阀系统的壳体中或由壳体形成。 通过设置在壳体或插入件中的至少一个连接通道来制造与出口室的连接。