The invention belongs to the technical field of electric vehicle locks, and particularly relates to a saddle lock action system which comprises a microprocessor, a driving module, a power source and a mechanical lockset, the microprocessor is electrically connected with the driving module and the power source, the microprocessor is electrically connected with the mechanical lockset, the power source is connected with the mechanical lockset through the microprocessor, and the mechanical lockset is electrically connected with the driving module. The microprocessor is provided with a control program, an Eeprom and a driving module; according to the scheme, the problem that follow-up unlocking is affected due to position deviation caused by sudden power failure of a spring bolt of the electronic lock due to the power failure phenomenon of a storage battery when the electronic lock is used is solved. According to the scheme, the saddle lock is controlled through the microprocessor, the motor driving module and the mechanical lock executing mechanism, the action of the mechanical lock executing mechanism is recorded during use, the position of the swing rod is recorded during sudden power failure, after the saddle lock is powered on next time, the swing rod conducts reset action firstly, and then the whole action process is executed; therefore, the saddle lock can be normally used.
本发明属于电动车锁具技术领域,具体涉及一种鞍座锁动作系统,包括微处理器、驱动模块、电源和机械锁具,所述微处理器与驱动模块和电源电连接,所述微处理器与机械锁具电连接,所述电源通过微处理器与机械锁具连接,所述微处理器设置有控制程序、Eeprom和驱动模块;本方案中需要解决的问题是电子锁在使用时电瓶没电了会出现断电的现象,会导致电子锁的锁舌位置因为突然断电而出现位置偏离影响后续开锁的问题;本方案鞍座锁通过微处理器、电机驱动模块、机械锁具执行机构进行控制,在使用时对机械锁具执行机构的动作进行记录,在突然断电时记录摆杆位置,待下次通电后,摆杆先进行复位动作,再执行整个动作流程,从而保证鞍座锁在使用时能够正常。
Saddle lock action system
一种鞍座锁动作系统
29.10.2024
Patent
Elektronische Ressource
Chinesisch