A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-pinch-free calibration method for automobile
The invention relates to an anti-pinch-free calibration method for an automobile. The anti-pinch-free calibration method comprises the steps that automobile window glass is divided into an anti-pinch area and a safety area, the default stroke of the automobile window glass is designed and replaced with the actual automobile window glass stroke of the automobile, a magneto-dependent switch is installed on a glass lifter, the default automobile window glass bottom dead center position, namely the soft stop position, is designed, the soft stop position is replaced after the whole automobile window stroke is initialized, the speed of an automobile window motor is automatically adjusted through PID control, the speed of the motor is controllable, and the speed of the motor is decreased when the automobile window glass is about to reach the top dead center position and the bottom dead center position. According to the anti-pinch-free calibration method for the automobile, anti-pinch calibration is not needed, the glass stroke does not need to be calibrated, the anti-pinch function and the soft stop function are not affected no matter how the state of parts of an automobile window system changes, the sound of an automobile window glass impact mechanism can be effectively reduced, and the anti-pinch-free calibration method is simple and practical.
本发明涉及一种汽车免防夹标定方法，包括将车窗玻璃划分为防夹区和安全区，设计车窗玻璃的默认行程，并替换为车辆的实际车窗玻璃行程，在玻璃升降器上安装磁敏开关，设计默认车窗玻璃下死点位置，即软停止位置，软停止位置在车窗全行程初始化以后被替换掉，采用PID控制对车窗电机速度进行自动调节，使电机的速度可控，在车窗玻璃即将到达上下死点的位置时，电机速度下降。本发明汽车免防夹标定方法，无需进行防夹标定，无需标定玻璃行程，不论车窗系统零件状态如何变化，不影响防夹功能和软停止功能，且可以有效的减少车窗玻璃撞击机构的声音，简单且实用。
Anti-pinch-free calibration method for automobile
The invention relates to an anti-pinch-free calibration method for an automobile. The anti-pinch-free calibration method comprises the steps that automobile window glass is divided into an anti-pinch area and a safety area, the default stroke of the automobile window glass is designed and replaced with the actual automobile window glass stroke of the automobile, a magneto-dependent switch is installed on a glass lifter, the default automobile window glass bottom dead center position, namely the soft stop position, is designed, the soft stop position is replaced after the whole automobile window stroke is initialized, the speed of an automobile window motor is automatically adjusted through PID control, the speed of the motor is controllable, and the speed of the motor is decreased when the automobile window glass is about to reach the top dead center position and the bottom dead center position. According to the anti-pinch-free calibration method for the automobile, anti-pinch calibration is not needed, the glass stroke does not need to be calibrated, the anti-pinch function and the soft stop function are not affected no matter how the state of parts of an automobile window system changes, the sound of an automobile window glass impact mechanism can be effectively reduced, and the anti-pinch-free calibration method is simple and practical.
本发明涉及一种汽车免防夹标定方法，包括将车窗玻璃划分为防夹区和安全区，设计车窗玻璃的默认行程，并替换为车辆的实际车窗玻璃行程，在玻璃升降器上安装磁敏开关，设计默认车窗玻璃下死点位置，即软停止位置，软停止位置在车窗全行程初始化以后被替换掉，采用PID控制对车窗电机速度进行自动调节，使电机的速度可控，在车窗玻璃即将到达上下死点的位置时，电机速度下降。本发明汽车免防夹标定方法，无需进行防夹标定，无需标定玻璃行程，不论车窗系统零件状态如何变化，不影响防夹功能和软停止功能，且可以有效的减少车窗玻璃撞击机构的声音，简单且实用。
Anti-pinch-free calibration method for automobile
一种汽车免防夹标定方法
ZHANG HAIBO (author) / LIU HONGWEI (author) / WANG ZIJUN (author) / LI ZHIGANG (author) / LI XI (author) / CAO JING (author) / WANG JIAN (author) / LI YULONG (author) / YU LEI (author) / LI KUAN (author)
2021-06-25
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
Anti-pinch method and anti-pinch controller applied to automatic automobile skylight
| European Patent Office | 2015