Smart lock system based on vibration frequency communication of smart phone

Abstract

The invention discloses a smart lock system based on vibration frequency communication of a smart phone. The smart lock system comprises a panel, a handle (a knob), a lock body, a lock cylinder and an electric appliance part (a stepping motor) for controlling the lock cylinder to start, and is characterized by comprising a control terminal, a lock cylinder control end and a controlled terminal, wherein the control terminal controls the controlled terminal through the lock cylinder control end. Compared with the other coded locks, the smart lock system disclosed by the invention has the differences that passwords are coded by utilizing a mobile software mode, a specific mobile phone does not need to be bound, the hidden danger that the door cannot be opened due to the key loss is avoided, and a phenomenon that the key is inconvenient to carry is also avoided. In addition, a phenomenon that the passwords are cracked because the key trace is left due to long-term use is avoided. Therefore, the comprehensive performance of the smart lock is greatly improved, and the internet-of-thing times can be catered.

Description

technical field [0001] The invention relates to an electronic lock, in particular to an electronic lock system and an implementation method thereof which combine password, vibration and communication and are opened by a smart phone. Background technique [0002] Smart lock is an intelligent function given to locks beyond traditional mechanical locks through modern means such as electronic information technology, integrated circuit technology, and sensor detection technology combined with a variety of new natural identification technologies such as fingerprint recognition and iris recognition. [0003] Door locks, including locks for homes, offices, warehouses and archives, must be safe and stable as a security product. Safety can be measured from two aspects. One is to resist vandalism, pranks and deliberate violent damage such as prying and drilling. In this regard, the mechanical strength of mechanical locks and electronic door locks can generally meet the requirements. ...

AI Technical Summary

Problems solved by technology

[0009] The purpose of the present invention is to solve the problems of existing smart locks that the signals are easily captured by instruments, the password is too complicated to remember, and the security is not high. A smart lock system based on smart phone vibration frequency communication is proposed. Control locks by means of communication

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