Networkable intelligent door lock and working method thereof

Abstract

The invention provides a networkable intelligent door lock and a working method thereof. The intelligent door lock comprises a mechanical and electrical integrated key, a key cylinder and a control circuit; the key cylinder comprises a key cylinder housing, a key cylinder liner, a mechanical lockout apparatus and an electronic signal transmission apparatus, and the mechanical lockout apparatus andthe bit of the mechanical and electrical integrated key are matched; the mechanical and electrical integrated key is provided with an electric contact and a logic encrypted chip corresponding to theelectronic signal transmission apparatus; the control circuit interacts with the logic encrypted chip in information through the electronic signal transmission apparatus, and the control circuit sendsa switch signal to the electronic lockout apparatus; the control circuit comprises a master controller and a wireless communication circuit. The working method comprises the following steps: when thecontrol circuit detects that the mechanical and electrical integrated key is inserted, the control circuit sends a locking signal to the electronic lockout apparatus and sends prompt information to amobile terminal; and when the bit is matched successfully and the mechanical and electrical integrated key is electrically matched successfully, the key cylinder removes locking of the lock cylinderliner.

Description

technical field [0001] The present invention relates to the technical field of intelligent door locks, in particular to a networkable intelligent door lock and a working method of the intelligent door lock. Background technique [0002] Smart door locks are currently the fastest-growing door locks in the lock industry. Electronic unlocking methods such as fingerprints, card swipes, and passwords have brought convenience to people, but the lock cylinders on smart locks still remain at the level of mechanical lock cylinders. , because the mechanical lock cylinder can be opened by technical means, and the time to be opened by technology is the shortest in the whole set of smart lock unlocking methods, so the mechanical lock cylinder is a hidden danger to the safety of the whole set of smart locks. Moreover, when the general smart door lock is electronically matched, it only matches through a simple password, lacks confidentiality settings, and has certain potential safety hazar...

AI Technical Summary

Problems solved by technology

[0002] Smart door locks are currently the fastest-growing door locks in the lock industry. Electronic unlocking methods such as fingerprints, card swipes, and passwords have brought convenience to people, but the lock cylinders on smart locks still remain at the level of mechanical lock cylinders. , because the mechanical lock cylinder can be opened by technical means, and the time to be opened by technology is the shortest in the whole set of smart lock unlocking methods, so the mechanical lock cylinder is a hidden danger to the safety of the whole set of smart locks

Moreover, when the general smart door lock is electronically matched, it only matches with a simple password, lacks confidentiality settings, and has certain security risks.

In addition, smart door locks lack remote control management in terms of smart management, which is not conducive to users' real-time control of smart door locks

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