Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Pull-type memory metal electronic lock
The invention relates to the technical field of electronic locks, and discloses a pull-type memory metal electronic lock. The electronic lock comprises an electronic lock body, an electronic lock state sensor, a clamping group structure rod, a clamping group spring buckle, a memory metal wire, and a reset piece; the electronic lock body is used for locking an object to be locked, a control panel is used for outputting an unlocking or locking instruction so as to control the working state of the electronic lock body, and the electronic lock state sensor is used for sensing the working state ofthe electronic lock body; and the clamping group structure rod is used for driving a lock catch of the electronic lock body to move and pressing the electronic lock state sensor, the clamping group spring buckle abuts against the clamping group structure rod, the two ends of the memory metal wire are connected with power bolts, the memory metal wire is used for controlling the movement of the clamping group spring buckle so as to enable the clamping group spring buckle to be separated from the clamping group structure rod, and the reset piece is used for providing rotational power for the clamping group structure rod so as to enable the clamping group structure rod to drive the lock catch of the electronic lock body to move. Through the use cooperation among the memory metal wire, the clamping group spring buckle and the clamping group structure rod, an existing electromagnet driving mode is replaced, and the manufacturing cost and the power consumption cost of the electronic lock arereduced.
本发明涉及电子锁技术领域，公开了一种拉扯式记忆金属电子锁，包括：电子锁本体，用于将待锁物体锁住；控制板用于输出开锁或关锁指令，以控制电子锁本体的工作状态；电子锁状态传感器，用于感应电子锁本体的工作状态；卡组结构杆，用于带动电子锁本体的锁扣运动以及按压电子锁状态传感器；卡组弹簧扣，与卡组结构杆抵接；记忆金属丝，其两端连接有电力螺栓；记忆金属丝用于控制卡组弹簧扣的运动，以使卡组弹簧扣与卡组结构杆分离；复位件，用于对卡组结构杆提供转动动力，以使卡组结构杆带动电子锁本体的锁扣移动。通过记忆金属丝、卡组弹簧扣与卡组结构杆之间的使用配合，取代了现有电磁铁驱动方式，降低了电子锁的制造和用电成本。
Pull-type memory metal electronic lock
The invention relates to the technical field of electronic locks, and discloses a pull-type memory metal electronic lock. The electronic lock comprises an electronic lock body, an electronic lock state sensor, a clamping group structure rod, a clamping group spring buckle, a memory metal wire, and a reset piece; the electronic lock body is used for locking an object to be locked, a control panel is used for outputting an unlocking or locking instruction so as to control the working state of the electronic lock body, and the electronic lock state sensor is used for sensing the working state ofthe electronic lock body; and the clamping group structure rod is used for driving a lock catch of the electronic lock body to move and pressing the electronic lock state sensor, the clamping group spring buckle abuts against the clamping group structure rod, the two ends of the memory metal wire are connected with power bolts, the memory metal wire is used for controlling the movement of the clamping group spring buckle so as to enable the clamping group spring buckle to be separated from the clamping group structure rod, and the reset piece is used for providing rotational power for the clamping group structure rod so as to enable the clamping group structure rod to drive the lock catch of the electronic lock body to move. Through the use cooperation among the memory metal wire, the clamping group spring buckle and the clamping group structure rod, an existing electromagnet driving mode is replaced, and the manufacturing cost and the power consumption cost of the electronic lock arereduced.
本发明涉及电子锁技术领域，公开了一种拉扯式记忆金属电子锁，包括：电子锁本体，用于将待锁物体锁住；控制板用于输出开锁或关锁指令，以控制电子锁本体的工作状态；电子锁状态传感器，用于感应电子锁本体的工作状态；卡组结构杆，用于带动电子锁本体的锁扣运动以及按压电子锁状态传感器；卡组弹簧扣，与卡组结构杆抵接；记忆金属丝，其两端连接有电力螺栓；记忆金属丝用于控制卡组弹簧扣的运动，以使卡组弹簧扣与卡组结构杆分离；复位件，用于对卡组结构杆提供转动动力，以使卡组结构杆带动电子锁本体的锁扣移动。通过记忆金属丝、卡组弹簧扣与卡组结构杆之间的使用配合，取代了现有电磁铁驱动方式，降低了电子锁的制造和用电成本。
Pull-type memory metal electronic lock
一种拉扯式记忆金属电子锁
YIN SHENG (Autor:in) / RAO QINYU (Autor:in) / LU CHENGKAI (Autor:in)
05.06.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E05B
LOCKS
,
Schlösser