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A platform for research: civil engineering, architecture and urbanism
Locker capable of performing self-adapting locking
The invention discloses a locker capable of performing self-adapting locking. The locker comprises a locker body arranged on a first rotating door, and a sensor, wherein the sensor is arranged opposite to the side surface of a second rotating door or is arranged opposite to the front surface of the first rotating door or the front surface of the second rotating door; an MCU controller is connectedto the sensor; a driving device for driving a latch to slide is connected to the MCU controller; and when the position relationship between the side surface of the second rotating door and the firstrotating door or the distance relationship between the front surface of the first rotating door and the front surface of the second rotating door and the sensor are detected by the sensor, the drivingdevice drives the latch to lock in a sliding manner. When the position relationship between the side surface of the second rotating door and the first rotating door or the distance relationship between the front surface of the first rotating door and the front surface of the second rotating door and the sensor are detected by the sensor, the driving device drives the latch to lock in a sliding manner, so that the situation that only when the first rotating door and the second rotating door are closed, the locker can automatically lock is guaranteed.
本发明公开了自适应上锁的锁具，包括设置在第一转动门上的锁具本体，还包括传感器，传感器与第二转动门侧面相对设置或者传感器与第一转动门正面或第二转动门正面相对设置，传感器连接有MCU控制器，MCU控制器连接有用于驱动锁舌滑动的驱动装置；传感器检测到第二转动门侧面与第一转动门的位置关系或者第一转动门正面与第二转动门正面与传感器之间的距离关系时，驱动装置驱动锁舌滑动上锁。采用传感器检测第二转动门侧面与第一转动门的位置关系，或者第一转动门正面与第二转动门正面与传感器之间的距离关系，驱动装置驱动锁舌滑动上锁，保证了只有当第一转动门和第二转动门都关上时，锁具自动上锁。
Locker capable of performing self-adapting locking
The invention discloses a locker capable of performing self-adapting locking. The locker comprises a locker body arranged on a first rotating door, and a sensor, wherein the sensor is arranged opposite to the side surface of a second rotating door or is arranged opposite to the front surface of the first rotating door or the front surface of the second rotating door; an MCU controller is connectedto the sensor; a driving device for driving a latch to slide is connected to the MCU controller; and when the position relationship between the side surface of the second rotating door and the firstrotating door or the distance relationship between the front surface of the first rotating door and the front surface of the second rotating door and the sensor are detected by the sensor, the drivingdevice drives the latch to lock in a sliding manner. When the position relationship between the side surface of the second rotating door and the first rotating door or the distance relationship between the front surface of the first rotating door and the front surface of the second rotating door and the sensor are detected by the sensor, the driving device drives the latch to lock in a sliding manner, so that the situation that only when the first rotating door and the second rotating door are closed, the locker can automatically lock is guaranteed.
本发明公开了自适应上锁的锁具，包括设置在第一转动门上的锁具本体，还包括传感器，传感器与第二转动门侧面相对设置或者传感器与第一转动门正面或第二转动门正面相对设置，传感器连接有MCU控制器，MCU控制器连接有用于驱动锁舌滑动的驱动装置；传感器检测到第二转动门侧面与第一转动门的位置关系或者第一转动门正面与第二转动门正面与传感器之间的距离关系时，驱动装置驱动锁舌滑动上锁。采用传感器检测第二转动门侧面与第一转动门的位置关系，或者第一转动门正面与第二转动门正面与传感器之间的距离关系，驱动装置驱动锁舌滑动上锁，保证了只有当第一转动门和第二转动门都关上时，锁具自动上锁。
Locker capable of performing self-adapting locking
自适应上锁的锁具
HAN WENJIE (author) / WANG RANG (author)
2020-09-29
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
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Schlösser