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    • 2. 发明申请
    • BRAKING FORCE DISTRIBUTING DEVICE FOR A MOTOR VEHICLE
    • 用于电动车辆的制动力分配装置
    • WO1997015479A1
    • 1997-05-01
    • PCT/SE1996001362
    • 1996-10-23
    • FEAI ABBRUHN, Lars
    • FEAI AB
    • B60T08/30
    • B60T8/1843B60T8/1862
    • The device is intended for a vehicle equipped with fluid operating suspension means, preferably pneumatic suspension means. At least one of the wheel axles of the vehicle is provided with a regulating valve (2) for the supply of brake fluid to the wheels on this axle. According to the invention, the regulating valve (2) is controlled by a control means (1) that includes a pressure chamber (13) which communicates with the suspension means. A pressure surface (20) exposed to the pressure in the chamber (13) can be moved by this pressure, wherein the pressure surface is mechanically connected (16, 18) to the regulating valve (2) for the purpose of adjusting the valve in accordance with the pressure in the suspension means.
    • 该装置适用于配备有流体操作悬挂装置,优选气动悬挂装置的车辆。 车辆的至少一个轮轴设置有用于向该车轴上的车轮供应制动液的调节阀(2)。 根据本发明,调节阀(2)由包括与悬挂装置连通的压力室(13)的控制装置(1)控制。 暴露于腔室(13)中的压力的​​压力表面(20)可以通过该压力移动,其中压力表面机械连接(16,18)到调节阀(2),以便调节阀 按照悬挂装置的压力。
    • 3. 发明申请
    • LOAD SENSING SYSTEM
    • 负载感应系统
    • WO00041922A1
    • 2000-07-20
    • PCT/GB2000/000089
    • 2000-01-14
    • B60T8/18
    • B60T8/1843B60T8/1831Y10S267/01
    • There is described a vehicle having a body suspended on one or more axles by means of gas-filled suspension units (4), the vehicle being provided with means (3) to vary the pressure within the suspension units to control the spacing between the body and the axle or axles and a braking system supplying a brake fluid to braking actuators (14) operable to brake the vehicle's wheels, and further comprising a load sensing valve (13, 35) operable to apply a variable throttling effect to impede the flow of brake fluid to the braking actuators, characterised in that the throttling effect of the load sensing valve is varied by a control means (25-28,31) responsive to the pressure within the gas-filled suspension units.
    • 描述了一种具有通过气体充气悬架单元(4)悬挂在一个或多个轴上的主体的车辆,车辆设置有用于改变悬架单元内的压力以控制车身之间的间隔的装置(3) 以及轴或轴以及向制动致动器(14)供应制动流体的制动系统,所述致动器可操作地制动车辆的车轮,并且还包括负载感测阀(13,35),其可操作以施加可变节流效应以阻止 制动致动器的制动流体,其特征在于,响应于气体填充悬架单元内的压力,控制装置(25-28,31)改变负载传感阀的节流效果。
    • 7. 发明授权
    • Twin-type brake force regulator including an electromagnetically
actuated locking device
    • 双式制动力调节器,包括电磁致动锁定装置
    • US5518303A
    • 1996-05-21
    • US360759
    • 1994-12-22
    • Rudolph Cezanne
    • Rudolph Cezanne
    • B60T8/18B60T8/26B60T11/34
    • B60T8/1843B60T8/185B60T8/26
    • In order to prevent a twin-type brake force regulator, having a control tappet and a beam of balance, from performing its pressure reduction function, an electromagnetic locking device that avoids high cost and great expenditure in material is provided. The locking device includes an electric coil, magnet armature and locking member. The locking member is attached to the magnet armature and positioned in a radial position relative to a control piston such that the locking member can be placed in positive engagement with the control tappet. In a preferred embodiment, the locking member has a U-shaped fork with an inner diameter conformed to the control tappet. An advanced position, that is the position in which the control tappet is locked by the locking member, is defined by the position of the magnet armature when the coil is energized. A retracted position of the locking member, in which the control tappet is released, results when the magnet armature is reset, with the coil deenergized. The result is that the twin-type brake force regulator is suitable for use in anti-lock brake systems, because the pressure reduction function is deactivated as long as the anti-lock function is performed and will not be activated until the anti-lock function is disabled.
    • PCT No.PCT / EP93 / 01558 Sec。 371日期1994年12月22日第 102(e)日期1994年12月22日PCT Filed 1993年6月18日PCT公布。 公开号WO94 / 00321 日本1994年1月6日。为了防止具有控制挺杆和平衡梁的双式制动力调节器执行其减压功能,避免了高成本和大量材料消耗的电磁锁定装置 提供。 锁定装置包括电线圈,磁体衔铁和锁定构件。 锁定构件附接到磁体衔铁并且相对于控制活塞位于径向位置,使得锁定构件能够被放置成与控制挺杆成正面接合。 在优选实施例中,锁定构件具有内径符合控制挺杆的U形叉。 控制挺杆被锁定构件锁定的位置,即当线圈通电时,由磁体衔铁的位置确定。 当线圈断电时,当磁体电枢复位时,释放控制挺杆的锁定构件的缩回位置。 结果是双式制动力调节器适用于防抱死制动系统,因为只要执行防抱死功能,减压功能就被停用,直到防抱死功能才会被激活 被禁用。