The invention relates to a hydraulic full-decoupling electric control brake assisting system and method, and belongs to the field of automobile braking. The system comprises a double-cavity main cylinder, a main cylinder hydraulic sensor, a pedal simulator, a displacement sensor, a main pressurization mechanism, a first electromagnetic valve, a second electromagnetic valve, a third electromagnetic valve, a fourth electromagnetic valve, a fifth electromagnetic valve, a pressurization cylinder hydraulic sensor, a liquid storage tank and a brake pedal. The system has the advantages that the structure is novel, the system belongs to an electric control brake boosting system, a piston is directly or indirectly pushed, then brake fluid is pushed through the piston to form pipeline hydraulic pressure, and braking force is brought to assist a driver in braking; the whole system is split, the electric control power assisting part and the ESC/ABS are two independent parts, the two parts can conduct redundant braking mutually, and the reliability is enhanced; and hydraulic full decoupling is adopted, hydraulic output logic is switched through logic switches of the electromagnetic valves, active braking can be achieved, functional application such as braking energy recovery and automatic driving can be better facilitated, and the system is the trend of future service braking system development.

    本发明涉及一种液压全解耦的电控制动助力系统及方法,属于汽车制动领域。包括双腔主缸、主缸液压传感器、踏板模拟器、位移传感器、主增压机构、电磁阀一、电磁阀二、电磁阀三、电磁阀四、电磁阀五、增压缸液压传感器、储液罐和制动踏板。优点是结构新颖,属于电控制动助力系统,直接或间接推动活塞,继而通过活塞推动制动液形成管路液压,带来制动力,为驾驶员刹车进行助力;本发明将整体系统拆分,电控助力部分与ESC/ABS为独立两部分,两部分可相互冗余制动,增强可靠性;本发明为液压全解耦,通过电磁阀的逻辑开关切换液压输出逻辑,可实现主动制动,更加有利于制动能量回收、自动驾驶等功能应用,是未来行车制动系统发展的趋势。


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    Title :

    Hydraulic full-decoupling electric control braking power-assisted system and method


    Additional title:

    一种液压全解耦的电控制动助力系统及方法


    Contributors:
    CHENG GONG (author) / ZHANG SHIQIANG (author) / HOU CONGWEN (author) / LI WENHUI (author) / TANG YINGWEI (author) / SHI QIANG (author) / SHAN GUOZHI (author) / CHEN SHUANG (author) / SANG HONGBO (author) / CHEN NINI (author)

    Publication date :

    2021-09-24


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B60T Bremsanlagen für Fahrzeuge oder Teile davon , VEHICLE BRAKE CONTROL SYSTEMS OR PARTS THEREOF



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