Electromechanical dual-controlled intelligent lockset and door lock system

Abstract

The invention discloses an electromechanical dual-controlled intelligent lockset comprising a lock body, wherein a door magnetic positioning sensor, a motor drive system and an electrically-controlled mainboard are arranged on the lock body; the door magnetic positioning sensor and the motor drive system are respectively connected with the electrically-controlled mainboard through conducting wires; and a key-press panel and a radio frequency collecting circuit are arranged on a door handle and connected with the electrically-controlled mainboard through cables. The invention also discloses a door lock system comprising at least two electromechanical dual-controlled intelligent locksets, wherein each electromechanical dual-controlled intelligent lockset is connected with an administrator terminal through a communication module. The electromechanical dual-controlled intelligent lockset and the door lock system, disclosed by the invention, have the positive effects that various opening and locking ways are supported; perfect using and managing systems are provided, strict rights management is matched and the system supports multi-user and multi-rights operation; a perfect information management system is provided and networking information recording, off-line operation information recording and information inquiring and printing are supported; and emergency processing functions such as automatic alarm, emergency drive, power-off protection, illegal unlocking prevention and the like are provided.

Description

technical field [0001] The invention relates to a lock and a door lock system, in particular to an electromechanical dual-control intelligent lock and a door lock system. Background technique [0002] The existing electric locks only have a single function of opening and closing the door, and only control the access control. The input signal detection itself is simple, only the door magnetism detection, no control on the lock body itself, and it does not have network communication function, so remote control cannot be realized. control. The control of traditional electric locks does not form a closed feedback system, and the execution results of the switch and door closing commands cannot be accurately known; traditional locks cannot distinguish whether the unlock command is illegal or whether the unlocker is being coerced. Contents of the invention [0003] In order to overcome the above-mentioned shortcomings of the prior art, the present invention provides a high-safet...

AI Technical Summary

Problems solved by technology

[0002] The existing electric locks only have a single function of opening and closing the door, and only control the access control. The input signal detection itself is simple, only the door magnetism detection, no control on the lock body itself, and it does not have network communication function, so remote control cannot be realized. control

The control of traditional electric locks does not form a closed feedback system, and the execution results of the switch and door closing commands cannot be accurately known; traditional locks cannot distinguish whether the unlock command is illegal or whether the unlocker is being coerced, etc.

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