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A platform for research: civil engineering, architecture and urbanism
Vehicle window ripple wave anti-pinch bumpy road surface recognition processing method and system
The invention discloses a car window ripple wave anti-pinch bumpy road surface recognition processing method and system. The system comprises a primary judgment module, a confirmation module and an execution module. The method comprises the steps that the current vehicle window position and the current motor actual current are obtained in real time, and it is judged that a vehicle possibly enters a bumpy road surface according to a motor driving current curve; after judging that the vehicle possibly enters the bumpy road, confirming that the vehicle enters the bumpy road according to effective conditions; and after it is confirmed that the vehicle enters the bumpy road surface, the vehicle anti-pinch function is shielded within preset time. According to the method, the current vehicle window position and the current motor actual current are combined with the motor driving current curve to judge that the vehicle possibly enters the bumpy road surface, the possibility is confirmed according to the effective condition, the anti-pinch judgment condition is optimized, the anti-pinch function of the vehicle is shielded before the resistance reaches the anti-pinch triggering condition, and the anti-pinch effect of the vehicle is improved. And the false anti-pinch probability is reduced to the greatest extent under the condition of ensuring that the anti-pinch function is effective in the vehicle driving process.
本发明公开了一种车窗纹波防夹颠簸路面识别处理方法及系统，其中所述系统包括初判模块、确认模块和执行模块；所述方法包括实时获取当前车窗位置以及当前电机实际电流，根据电机驱动电流曲线判断车辆可能进入颠簸路面；判断车辆可能进入颠簸路面后，根据有效条件确认车辆进入颠簸路面；确认车辆进入颠簸路面后，在预设时间内屏蔽车辆防夹功能。本发明通过当前车窗位置以及当前电机实际电流并结合电机驱动电流曲线判断车辆可能进入颠簸路面，并根据有效条件对该可能性进行确认，优化了防夹判断条件，使车辆在阻力达到防夹触发条件前已屏蔽防夹功能，在确保车辆行驶过程中防夹功能有效的情况下最大程度降低误防夹概率。
Vehicle window ripple wave anti-pinch bumpy road surface recognition processing method and system
The invention discloses a car window ripple wave anti-pinch bumpy road surface recognition processing method and system. The system comprises a primary judgment module, a confirmation module and an execution module. The method comprises the steps that the current vehicle window position and the current motor actual current are obtained in real time, and it is judged that a vehicle possibly enters a bumpy road surface according to a motor driving current curve; after judging that the vehicle possibly enters the bumpy road, confirming that the vehicle enters the bumpy road according to effective conditions; and after it is confirmed that the vehicle enters the bumpy road surface, the vehicle anti-pinch function is shielded within preset time. According to the method, the current vehicle window position and the current motor actual current are combined with the motor driving current curve to judge that the vehicle possibly enters the bumpy road surface, the possibility is confirmed according to the effective condition, the anti-pinch judgment condition is optimized, the anti-pinch function of the vehicle is shielded before the resistance reaches the anti-pinch triggering condition, and the anti-pinch effect of the vehicle is improved. And the false anti-pinch probability is reduced to the greatest extent under the condition of ensuring that the anti-pinch function is effective in the vehicle driving process.
本发明公开了一种车窗纹波防夹颠簸路面识别处理方法及系统，其中所述系统包括初判模块、确认模块和执行模块；所述方法包括实时获取当前车窗位置以及当前电机实际电流，根据电机驱动电流曲线判断车辆可能进入颠簸路面；判断车辆可能进入颠簸路面后，根据有效条件确认车辆进入颠簸路面；确认车辆进入颠簸路面后，在预设时间内屏蔽车辆防夹功能。本发明通过当前车窗位置以及当前电机实际电流并结合电机驱动电流曲线判断车辆可能进入颠簸路面，并根据有效条件对该可能性进行确认，优化了防夹判断条件，使车辆在阻力达到防夹触发条件前已屏蔽防夹功能，在确保车辆行驶过程中防夹功能有效的情况下最大程度降低误防夹概率。
Vehicle window ripple wave anti-pinch bumpy road surface recognition processing method and system
车窗纹波防夹颠簸路面识别处理方法及系统
LU JIA (author) / ZHANG DEQUAN (author) / SONG QI (author) / YAO SHENG (author) / YU BO (author)
2024-12-20
Patent
Electronic Resource
Chinese
IPC:
E05F
DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION
,
Vorrichtungen zum Bewegen der Flügel in die Offen- oder Schließstellung
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