A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a mechanical priority electronic lock. The mechanical priority electronic lock comprises a lock shell, and a spring bolt assembly, an electronic driving assembly, a mechanical unlocking device and a disengagement and engagement mechanism are arranged in the lock shell. The spring bolt assembly comprises a spring bolt capable of extending out of and retracting into the lock shell. The electronic driving assembly comprises a driving motor and a power output mechanism, the driving motor drives the spring bolt to extend out of or retract into the lock shell through the power output mechanism when working, and the power output mechanism comprises a clutch. The mechanical unlocking device comprises a driving part capable of rotating relative to the lock shell, the driving part drives the spring bolt to extend out of or retract into the lock shell when rotating, and the driving part drives the disengagement and engagement mechanism to move when rotating so that the clutch can be switched into a disengaged state. In the unlocking and locking process of the mechanical unlocking device, the clutch is firstly driven so that the clutch can be switched into the disengaged state, and conflict between the mechanical unlocking structure and an electronic unlocking structure can be avoided.
本发明公开了一种机械优先的电子锁，包括锁壳，锁壳内设置有：锁舌组件、电子驱动组件、机械开锁装置以及解离合机构。锁舌组件包括可伸出、收入锁壳的锁舌；电子驱动组件包括驱动电机及动力输出机构，驱动电机工作时通过动力输出机构驱动锁舌伸出或收入锁壳，动力输出机构包括一离合器；机械开锁装置，包括可相对于锁壳转动的主动件，主动件转动时驱动锁舌伸出或收入锁壳，且主动件转动时驱动解离合机构运动以使离合器切换至分离状态。机械开锁装置开关锁的过程中，均先驱动离合器以使离合器切换为分离状态，可避免机械开锁结构和电子开锁结构相冲突。
The invention discloses a mechanical priority electronic lock. The mechanical priority electronic lock comprises a lock shell, and a spring bolt assembly, an electronic driving assembly, a mechanical unlocking device and a disengagement and engagement mechanism are arranged in the lock shell. The spring bolt assembly comprises a spring bolt capable of extending out of and retracting into the lock shell. The electronic driving assembly comprises a driving motor and a power output mechanism, the driving motor drives the spring bolt to extend out of or retract into the lock shell through the power output mechanism when working, and the power output mechanism comprises a clutch. The mechanical unlocking device comprises a driving part capable of rotating relative to the lock shell, the driving part drives the spring bolt to extend out of or retract into the lock shell when rotating, and the driving part drives the disengagement and engagement mechanism to move when rotating so that the clutch can be switched into a disengaged state. In the unlocking and locking process of the mechanical unlocking device, the clutch is firstly driven so that the clutch can be switched into the disengaged state, and conflict between the mechanical unlocking structure and an electronic unlocking structure can be avoided.
本发明公开了一种机械优先的电子锁，包括锁壳，锁壳内设置有：锁舌组件、电子驱动组件、机械开锁装置以及解离合机构。锁舌组件包括可伸出、收入锁壳的锁舌；电子驱动组件包括驱动电机及动力输出机构，驱动电机工作时通过动力输出机构驱动锁舌伸出或收入锁壳，动力输出机构包括一离合器；机械开锁装置，包括可相对于锁壳转动的主动件，主动件转动时驱动锁舌伸出或收入锁壳，且主动件转动时驱动解离合机构运动以使离合器切换至分离状态。机械开锁装置开关锁的过程中，均先驱动离合器以使离合器切换为分离状态，可避免机械开锁结构和电子开锁结构相冲突。
Mechanical priority electronic lock
一种机械优先的电子锁
SHEN QIANG (author)
2021-08-03
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
Lock body of intelligent lock matched with mechanical lock priority control
| European Patent Office | 2023