A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent lock capable of achieving automatic back locking through back locking rotary knob and control method
The invention relates to the technical field of intelligent locks, in particular to an intelligent lock capable of achieving automatic back locking through a back locking rotary knob and a control method. The intelligent lock comprises a circuit structure, a lock cylinder structure and a back locking knob structure. The key is inserted into a lock cylinder in the lock cylinder structure, and the contact pin is in contact with the lock cylinder trigger circuit after the key is inserted into the lock cylinder and generates trigger information; the detection switch detects the position of the back locking knob to obtain the back locking state of the back locking knob structure; the control circuit judges whether the key is a true key or not according to the trigger information, and controls the counter lock knob structure to execute an automatic counter lock closing function or an automatic counter lock opening function according to a judgment result; and the control circuit obtains the back locking state of the back locking knob structure through the detection switch and feeds back the back locking state to the client. According to the scheme, the automatic back locking closing function through a true key and the automatic back locking opening function through a false key are achieved, the safety of the intelligent lock is improved, the back locking state of the back locking rotary knob structure can be remotely detected, and intelligence and convenience are improved.
本申请涉及智能锁技术领域，具体涉及一种反锁旋钮自动反锁的智能锁及控制方法；智能锁包括电路结构、锁芯结构及反锁旋钮结构；钥匙插入锁芯结构中的锁胆，触针在钥匙插入锁胆后与锁芯触发电路接触，并产生触发信息；检测开关对反锁旋钮的位置进行检测，以获取反锁旋钮结构的反锁状态；控制电路根据触发信息判断钥匙是否为真钥匙，并根据判断结果控制反锁旋钮结构执行自动关闭反锁功能或自动打开反锁功能；控制电路通过检测开关获取反锁旋钮结构的反锁状态，并反馈至客户端。上述方案实现真钥匙自动关闭反锁功能以及假钥匙自动打开反锁功能，提高智能锁的安全性，还可以远程检测反锁旋钮结构的反锁状态，提高了智能性和便利性。
Intelligent lock capable of achieving automatic back locking through back locking rotary knob and control method
The invention relates to the technical field of intelligent locks, in particular to an intelligent lock capable of achieving automatic back locking through a back locking rotary knob and a control method. The intelligent lock comprises a circuit structure, a lock cylinder structure and a back locking knob structure. The key is inserted into a lock cylinder in the lock cylinder structure, and the contact pin is in contact with the lock cylinder trigger circuit after the key is inserted into the lock cylinder and generates trigger information; the detection switch detects the position of the back locking knob to obtain the back locking state of the back locking knob structure; the control circuit judges whether the key is a true key or not according to the trigger information, and controls the counter lock knob structure to execute an automatic counter lock closing function or an automatic counter lock opening function according to a judgment result; and the control circuit obtains the back locking state of the back locking knob structure through the detection switch and feeds back the back locking state to the client. According to the scheme, the automatic back locking closing function through a true key and the automatic back locking opening function through a false key are achieved, the safety of the intelligent lock is improved, the back locking state of the back locking rotary knob structure can be remotely detected, and intelligence and convenience are improved.
本申请涉及智能锁技术领域，具体涉及一种反锁旋钮自动反锁的智能锁及控制方法；智能锁包括电路结构、锁芯结构及反锁旋钮结构；钥匙插入锁芯结构中的锁胆，触针在钥匙插入锁胆后与锁芯触发电路接触，并产生触发信息；检测开关对反锁旋钮的位置进行检测，以获取反锁旋钮结构的反锁状态；控制电路根据触发信息判断钥匙是否为真钥匙，并根据判断结果控制反锁旋钮结构执行自动关闭反锁功能或自动打开反锁功能；控制电路通过检测开关获取反锁旋钮结构的反锁状态，并反馈至客户端。上述方案实现真钥匙自动关闭反锁功能以及假钥匙自动打开反锁功能，提高智能锁的安全性，还可以远程检测反锁旋钮结构的反锁状态，提高了智能性和便利性。
Intelligent lock capable of achieving automatic back locking through back locking rotary knob and control method
一种反锁旋钮自动反锁的智能锁及控制方法
WANG SHAOHUA (author) / HUANG XINGZHU (author) / ZHU ZHILING (author) / YING LIPAN (author) / ZHANG JIWEI (author) / WU HUILIANG (author)
2024-02-20
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
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