A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
According to the intelligent lock and the lock body, when the driving piece rotates in the forward direction, the first shifting block can be driven to act so that the main spring bolt module and the auxiliary spring bolt module which are connected through the linkage mechanism can be located at the locking position at the same time, and when the driving piece rotates in the reverse direction, the first shifting block can be driven to unlock the two modules; meanwhile, the second shifting block is driven to unlock the latch bolt module, automatic locking and automatic unlocking of the multi-spring-bolt structure are achieved, and the using convenience of the intelligent lock is improved; the lock body can be mechanically unlocked through the mortise lock cylinder and a corresponding key, and safety is high.
本发明提供一种智能锁及锁体，当驱动件正向转动时，能够驱动第一拨块动作实现通过联动机构连接的主锁舌模组、副锁舌模组同时处于上锁位置，当驱动件反向转动时，不仅驱动第一拨块实现以上两个模组的解锁，而且同时驱动第二拨块实现斜舌模组的解锁，实现了多锁舌结构的自动上锁和自动解锁，提高了智能锁使用的便利性；锁体还能够通过插芯锁芯和对应的钥匙进行机械解锁，安全性较高。
According to the intelligent lock and the lock body, when the driving piece rotates in the forward direction, the first shifting block can be driven to act so that the main spring bolt module and the auxiliary spring bolt module which are connected through the linkage mechanism can be located at the locking position at the same time, and when the driving piece rotates in the reverse direction, the first shifting block can be driven to unlock the two modules; meanwhile, the second shifting block is driven to unlock the latch bolt module, automatic locking and automatic unlocking of the multi-spring-bolt structure are achieved, and the using convenience of the intelligent lock is improved; the lock body can be mechanically unlocked through the mortise lock cylinder and a corresponding key, and safety is high.
本发明提供一种智能锁及锁体，当驱动件正向转动时，能够驱动第一拨块动作实现通过联动机构连接的主锁舌模组、副锁舌模组同时处于上锁位置，当驱动件反向转动时，不仅驱动第一拨块实现以上两个模组的解锁，而且同时驱动第二拨块实现斜舌模组的解锁，实现了多锁舌结构的自动上锁和自动解锁，提高了智能锁使用的便利性；锁体还能够通过插芯锁芯和对应的钥匙进行机械解锁，安全性较高。