The invention discloses an intelligent safety control system and method for dealing with vehicle blowout. The system and method can make intelligent decisions based on multi-sensor information, and then alarm, and adopt methods such as controlling the vehicle or auxiliary braking to intervene, control the vehicle to stop running safely, and avoid serious accidents.
The document details a patent application for an intelligent safety control system and method aimed at preventing accidents caused by vehicle blowouts. The system integrates modules for blowout detection, environmental perception, and vehicle information collection to make real-time decisions.
Upon detecting a blowout, the system assesses the driving environment and vehicle speed to determine the appropriate control strategy. For low speeds, it alerts the driver; for medium speeds, it assists the driver; and for high speeds, it takes over control to steer the vehicle along a planned path and apply emergency braking if a collision risk is detected. This manual is written in Chinese.
It includes a blowout identification module, an environment perception module, a vehicle information module, a decision and control module, and an actuator.
A blowout is identified when tire pressure Pi is below Pthre and, within a certain time, the pressure drop rate DPi exceeds DPthre.
At low speed, the driver controls the vehicle, no automatic control is performed, and only an alarm signal is issued.