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A platform for research: civil engineering, architecture and urbanism
Electronic lock with anti-collision structure
The invention discloses an electronic lock with an anti-collision structure, which is mounted on the back side of a door plate of a box body and comprises a bottom plate, a lock structure mounted on the bottom plate and a lock bolt matched with a lock hole of the box body, the lock structure comprises a lock cylinder and an electronic opening part, and the electronic lock is characterized in that a slideway groove is formed in the lock structure; a sliding plate at the rear end of the lock bolt is in sliding fit with the sliding way groove, the lock cylinder is located in the sliding way groove, and an opening position is arranged on the lock cylinder. The electronic opening part comprises a motor and a power source, the motor drives the lock cylinder to rotate, when the opening position corresponds to the sliding way groove, the lock structure is in an opened state, and otherwise, the top end of the sliding plate abuts against the lock cylinder, and the lock structure is in a closed state. The motor drives the lock cylinder to rotate to achieve opening and closing switching of the lock, mistaken unlocking affected by external force is avoided, and the vibration resistance, knocking resistance and impact resistance of the lock are effectively improved.
本发明公开了一种带有防撞击结构的电子锁具，安装于箱体门板背侧，包括底板、安装于底板上的锁具结构以及与箱体锁孔配合的锁栓，所述锁具结构包括锁芯及电子开启部，其特征在于：所述锁具结构中开设有一滑道槽，所述锁栓后端的滑板与该滑道槽滑动配合，所述锁芯位于所述滑道槽内，所述锁芯上设有开启位；所述电子开启部包括一马达及电源，所述马达带动所述锁芯旋转，当开启位与所述滑道槽对应，则锁具结构为开启状态，反之则所述滑板顶端抵于所述锁芯上，所述锁具结构为闭合状态。本发明通过马达带动锁芯旋转实现锁具的开启与闭合切换，避免受外力影响的误开锁，有效提高锁具的抗震动、敲打、冲击能力。
Electronic lock with anti-collision structure
The invention discloses an electronic lock with an anti-collision structure, which is mounted on the back side of a door plate of a box body and comprises a bottom plate, a lock structure mounted on the bottom plate and a lock bolt matched with a lock hole of the box body, the lock structure comprises a lock cylinder and an electronic opening part, and the electronic lock is characterized in that a slideway groove is formed in the lock structure; a sliding plate at the rear end of the lock bolt is in sliding fit with the sliding way groove, the lock cylinder is located in the sliding way groove, and an opening position is arranged on the lock cylinder. The electronic opening part comprises a motor and a power source, the motor drives the lock cylinder to rotate, when the opening position corresponds to the sliding way groove, the lock structure is in an opened state, and otherwise, the top end of the sliding plate abuts against the lock cylinder, and the lock structure is in a closed state. The motor drives the lock cylinder to rotate to achieve opening and closing switching of the lock, mistaken unlocking affected by external force is avoided, and the vibration resistance, knocking resistance and impact resistance of the lock are effectively improved.
本发明公开了一种带有防撞击结构的电子锁具，安装于箱体门板背侧，包括底板、安装于底板上的锁具结构以及与箱体锁孔配合的锁栓，所述锁具结构包括锁芯及电子开启部，其特征在于：所述锁具结构中开设有一滑道槽，所述锁栓后端的滑板与该滑道槽滑动配合，所述锁芯位于所述滑道槽内，所述锁芯上设有开启位；所述电子开启部包括一马达及电源，所述马达带动所述锁芯旋转，当开启位与所述滑道槽对应，则锁具结构为开启状态，反之则所述滑板顶端抵于所述锁芯上，所述锁具结构为闭合状态。本发明通过马达带动锁芯旋转实现锁具的开启与闭合切换，避免受外力影响的误开锁，有效提高锁具的抗震动、敲打、冲击能力。
Electronic lock with anti-collision structure
一种带有防撞击结构的电子锁具
LIU ZHONG (author) / CHEN HAIBO (author)
2023-01-17
Patent
Electronic Resource
Chinese
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