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    • 23. 发明公开
    • ELEKTRISCHE AUSRÜSTUNG EINES FAHRZEUGS MIT EINER WENIGSTENS TEILWEISE ELEKTRISCHEN BREMS- UND LENKEINRICHTUNG MIT HOHER VERFÜGBARKEIT
    • ELEKTRISCHEAUSRÜSTUNGEINES FAHRZEUGS MIT EINER WENIGSTENS TEILWEISE ELEKTRISCHEN BREMS- UND LENKEINRICHTUNG MIT HOHERVERFÜGBARKEIT
    • EP3197735A1
    • 2017-08-02
    • EP15794059.4
    • 2015-09-14
    • KNORR-BREMSE Systeme für Nutzfahrzeuge GmbH
    • HECKER, FalkHERGES, MichaelSCHWAB, Frank
    • B60T13/66B60T13/68
    • B60T8/885B60T7/085B60T13/662B60T13/683B60T2260/02B60T2270/403B60T2270/414B62D5/0457
    • The invention relates to electric equipment of a vehicle, comprising an at least partly electric braking and steering device containing an electric or electromechanical steering device (26) with or without a continuous mechanical connection between a steering wheel (28) and a steering transmission (30) and with an electronic steering controller and an electric steering adjuster (72) and containing a service brake device (124). According to the invention, an electropneumatic service brake device (124), in particular an electronic or electronically brake pressure-regulated braking system (EBS), is provided as the service brake device, containing an electropneumatic service brake valve device (1), an electronic brake controller (EBS-ECU), electropneumatic modulators (114, 116) and pneumatic wheel brake actuators (118, 120), wherein the electropneumatic service brake valve device (1) has a service brake actuating element (10) and at least one electric channel (130) with at least one electric brake value transmitter (67), which can be actuated by the service brake actuating element (10), within at least one electric service brake circuit in order to produce actuation signals dependent on an actuation of the service brake actuating element (10), at least one electronic analyzing device (FBM-ECU) which receives the actuation signals and which introduces brake requests signals into the electronic brake controller (EBS-ECU) dependent on the actuation signals, and at least one pneumatic channel (132, 134) within at least one pneumatic service brake circuit, wherein at least one control piston (12) of the service brake valve device (1) is loaded with a first actuation force by the actuation of the service brake actuating element (10) on the basis of a driver brake request, and the control piston (12) directly or indirectly controls at least one service brake valve device (1) double seat valve (34) which contains an inlet seat (64) and an outlet seat (32) in order to generate pneumatic braking pressures or brake control pressures for the pneumatic wheel brake actuators (118, 120). The means (ECU, 52) which contain the electronic analyzing device (FBM-ECU) of the electropneumatic service brake valve device (1) are designed to generate a second actuation force independent of a driver brake request, said second actuation force acting on the at least one control piston (12) in the same direction as the first actuation force or in the opposite direction thereto when a brake request is provided which is independent of the driver's request. The electropneumatic service brake device (124) is supplied with electric energy by a first electric energy source (126) or by a first energy supply circuit, which is independent of a second electric energy source (128) or a second energy supply circuit that is supplying electric energy to the electropneumatic service brake valve device (1), and the electric or electromechanical steering device (26) is provided with electric energy by the second electric energy source (128) or by the second energy supply circuit.
    • 本发明涉及一种车辆的电气设备,其包括至少部分电力的制动和转向装置,该装置包括在方向盘(28)与转向传动装置(30)之间具有或不具有连续机械连接的电动或机电转向装置(26) )以及电子转向控制器和电动转向调节器(72)并且包含行车制动装置(124)。 根据本发明,作为行车制动装置设置有电动气动行车制动装置(124),特别是电子或电子制动压力制动制动系统(EBS),其包含电动气动行车制动阀装置(1), 电子制动控制器(EBS-ECU),电动气动调节器(114,116)和气动车轮制动器致动器(118,120),其中电动气动行车制动阀装置(1)具有行车制动器致动元件(10)和至少一个 (130),其具有至少一个电气制动值传感器(67),该至少一个电气制动值传感器(67)可以由至少一个电气行车制动回路内的行车制动操作元件(10)来操作,以便产生取决于 (10),至少一个电子分析装置(FBM-ECU),其接收致动信号并将制动请求信号引入电子制动控制器(E (1)的至少一个控制活塞(12),所述至少一个气动行车制动回路中的至少一个气动通道(132,134)与所述行驶制动阀装置(1)的至少一个控制活塞(12) (10)基于驾驶员制动请求而具有第一操作力,并且控制活塞(12)直接或间接地控制至少一个行车制动阀装置(1)双座阀 (34),其包含入口座(64)和出口座(32),以便为气动轮制动器致动器(118,120)产生气动制动压力或制动控制压力。 包含电动气动行车制动阀装置(1)的电子分析装置(FBM-ECU)的装置(ECU,52)被设计成产生独立于驾驶员制动请求的第二致动力,所述第二致动力作用于 当提供与驾驶员的请求无关的制动请求时,至少一个控制活塞(12)在与第一致动力相同的方向上或与其相反的方向。 通过第一电能源(126)或通过独立于第二电能源(128)的第一能量供应电路或者第二能量供应电路(126)向电气动工作制动装置(124)供应电能, 向所述电动气动行车制动阀装置(1)供应电能,并且所述电动或机电转向装置(26)由所述第二电能源(128)或所述第二能量供应电路提供电能。