会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Method for the control of a slip-controlled brake system and device for
implementing the method
    • 用于控制滑动制动系统的方法和用于实施该方法的装置
    • US4702531A
    • 1987-10-27
    • US9012
    • 1987-01-28
    • Dieter KircherHubertus von GruenberKlaus D. Blum
    • Dieter KircherHubertus von GruenberKlaus D. Blum
    • B60T8/40B60T8/44B60T8/58B60T8/36F15B7/00
    • B60T8/4004B60T8/447B60T8/448
    • For the control of a brake-slip controlled brake system the brake pedal force assisted by auxiliary force is transmitted onto a master cylinder (10, 10', 33) and from said onto the wheel brake cylinders via several pressure fluid paths that are adapted to be closed independently of one another. The wheel rotational behavior and the vehicle velocity will be measured with sensors (S1 through S4), the signals will be logically combined, and therefrom control signals will be generated for electromagnetically actuatable directional control valves (15, 16, 17, 19, 35, 36, 37, 42, 43, 52). During control action, the pedal force (F) that is directed to the master cylinder and assisted by auxiliary force will be compensated temporarily by an opposed force, as a result whereof the pressure rise in the master cylinder will be retarded or pressure will even be decreased. During the phase of reduced pressure in the master cylinder, the switching position of the directional control valve (15, 16, 17, 35, 36, 42, 43) which are inserted in the pressure fluid lines (24, 24', 25, 25') leading to the wheel brake cylinders will arrange for the pressure in the wheel brake cylinders to be either maintained constant due to line closure, or to be reduced to the level desired by causing pressure fluid to discharge to the master cylinder (10, 10', 33) through the directional control valves switched to open passage.
    • 为了控制制动滑动控制的制动系统,辅助力辅助的制动踏板力通过几个压力流体路径被传递到主缸(10,10',33)上并从所述车轮制动缸传递到适于 彼此独立关闭。 传感器(S1至S4)将测量车轮旋转行为和车辆速度,信号将被逻辑组合,从而产生控制信号,用于电磁致动方向控制阀(15,16,17,19,35, 36,37,42,43,52)。 在控制动作期间,通过相反的力临时补偿被引导到主缸并由辅助力辅助的踏板力(F),因此主缸中的压力上升将被延迟或压力甚至是 减少。 在主缸中的减压阶段,插入压力流体管线(24,24',25,...)中的方向控制阀(15,16,17,55,36,42,43)的切换位置, 25')导致车轮制动缸将布置在车轮制动缸中的压力由于线圈闭合而保持恒定,或者通过使压力流体排放到主缸(10, 10',33)通过切换到开启通道的方向控制阀。
    • 6. 发明授权
    • Traction-slip-controlled brake system for automotive vehicles
    • 用于汽车的牵引力控制制动系统
    • US4786118A
    • 1988-11-22
    • US62444
    • 1987-06-15
    • Jochen BurgdorfDieter KircherLutz Weise
    • Jochen BurgdorfDieter KircherLutz Weise
    • B60T8/58B60T8/175B60T8/48B60T8/62
    • B60T8/4827
    • In a traction slip-controlled brake system for automotive vehicles, comprising an auxiliary pressure source and a pedal-operated brake valve through which pressure fluid from the auxiliary pressure source can be applied to the wheel brakes. A first valve switchable from a locking position into a passage position is switched into a pressure fluid conduit leading from the auxiliary pressure source to the wheel brakes of the one motor vehicle axle, and a second valve is switched into the brake conduit connecting the wheel brakes of the said motor vehicle axle to the brake valve. The said second valve can switch over from a passage position into a locking position. Moreover, a check valve is provided in the line section connecting the first valve to the wheel brakes of the one motor vehicle axle, with the said check valve precluding a flow back of pressure from the wheel brakes to the first valve. An additional third valve is provided in a line connecting this line branch to the return line which valve, in non-excited condition, for safety reasons, will then open the communication with the pressure fluid reservoir.
    • 在用于机动车辆的牵引滑动控制制动系统中,包括辅助压力源和踏板操作的制动阀,来自辅助压力源的压力流体可以通过该制动阀施加到车轮制动器。 从锁定位置切换到通道位置的第一阀被切换到从辅助压力源引导到一个机动车辆车轮的车轮制动器的压力流体管道,并且第二阀被切换到连接车轮制动器的制动管道 的所述机动车辆车轴到所述制动阀。 所述第二阀可以从通道位置切换到锁定位置。 此外,在将第一阀连接到一个机动车辆车轮的车轮制动器的线路部分中设置止回阀,其中所述止回阀阻止了从车轮制动器到第一阀的压力回流。 在连接该线路分支到返回管线的线路中设置另外的第三阀,因此在非激励状态下,为了安全起见,该阀将打开与压力流体储存器的连通。
    • 10. 发明授权
    • Brake system with brake slip control
    • 制动系统带制动滑差控制
    • US4632467A
    • 1986-12-30
    • US816944
    • 1986-01-06
    • Dieter KircherIvica Batistic
    • Dieter KircherIvica Batistic
    • B60T8/46B60T8/172B60T8/1763B60T8/1764B60T8/34B60T8/44B60T8/58B60T8/62B60T8/10
    • B60T8/1764B60T8/346B60T8/446B60T2210/13
    • In a brake-slip controlled brake system for automotive vehicles, each one front wheel and one rear wheel are assigned to one joint braking pressure control channel (6, 8; 7, 9). Sensors (S.sub.1 -S.sub.4) for determining the wheel rotational behavior are disposed at all wheels. After their electronic combination and processing, the sensor signals serve to govern braking pressure modulators, e.g. solenoid switching valves (6-9).In the presence of sufficient friction of the front wheels (V.sub.R, V.sub.L), brake slip control is dependent on the rotational behavior of the front wheels. In the event of too low friction, brake slip control is switched over to the rear wheels (H.sub.R, H.sub.L), preferably to the rear wheel having least deceleration which thereby takes the lead as regards the control of the further braking pressure variation.
    • 在用于机动车辆的制动滑动控制制动系统中,每个前轮和一个后轮被分配到一个联合制动压力控制通道(6,8; 7,9)。 用于确定车轮旋转行为的传感器(S1-S4)设置在所有车轮上。 在电子组合和处理之后,传感器信号用于控制制动压力调节器,例如。 电磁换向阀(6-9)。 在前轮(VR,VL)的摩擦力足够的情况下,制动滑差控制取决于前轮的旋转行为。 在摩擦过小的情况下,制动滑差控制切换到后轮(HR,HL),优选地转向具有最小减速度的后轮,从而在进一步制动压力变化的控制方面起着关键作用。