The invention provides an intelligent galloping control method and device, and belongs to the technical field of automobiles. Comprising the steps of detecting whether a vehicle enters a galloping mode or not when the vehicle is in a static state; under the condition that the vehicle enters the galloping mode, if a galloping function activation signal is detected, an accelerator pedal depth value of the vehicle is obtained; determining the driving force of a corresponding driving wheel according to the depth value of the accelerator pedal; increasing the braking force of the vehicle until the braking force is equal to the driving force; the braking force of the rear wheels is reduced until the driving force of the rear wheels is larger than the braking force, and the reduced braking force is increased to the front wheels, so that the tire slipping effect occurs while the vehicle is kept static. According to the intelligent galloping control method and device, intelligent operation is adopted, the tire slipping effect can be achieved only by stepping on an accelerator and tightly holding a steering wheel, and the problems that the tire slipping effect of a vehicle can be achieved only through operation experience of a driver, and the operation difficulty is large are solved.
本申请提供一种智能飞车控制方法及装置,属于汽车技术领域。包括:在车辆为静止状态下,检测车辆是否进入飞车模式;在车辆进入飞车模式的情况下,若检测到飞车功能激活信号,则获取车辆的油门踏板深度值;根据油门踏板深度值确定对应的驱动轮的驱动力;增加车辆的制动力,直至制动力等于驱动力;降低后轮的制动力,直到后轮的驱动力大于制动力时,将降低的部分制动力增加至前轮,以使车辆在保持静止的同时,出现轮胎打滑效应。使用本申请提供的智能飞车控制方法及装置,采取智能化操作,只需踩下油门握紧方向盘就能实现轮胎打滑效应,解决了车辆需要驾驶员操作经验才能达到轮胎打滑效应,操作难度大的问题。
Intelligent galloping control method and device and vehicle
一种智能飞车控制方法、装置及车辆
2022-05-31
Patent
Electronic Resource
Chinese
IPC: | B60T Bremsanlagen für Fahrzeuge oder Teile davon , VEHICLE BRAKE CONTROL SYSTEMS OR PARTS THEREOF |
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