A tamper-resistant smart lock with dual protection functions based on the Internet of Things

Abstract

The invention relates to an anti-prying type intelligent lock with double protection functions based on Internet of Things. The anti-prying type intelligent lock comprises a lock block and two door opening mechanisms, the two door opening mechanisms are arranged on the two sides of the lock block, and each door opening mechanism comprises a connecting block, a connecting box and a handle; the connecting boxes are fixedly connected to the lock block through the corresponding connecting block, and each handle is fixed on one side, away from the lock block, of the connecting box; and an anti-prying mechanism is arranged in the lock block, wherein a password mechanism and a fingerprint mechanism are arranged in one of the connecting boxes, and the anti-prying mechanism comprises a movable groove, a spring bolt, a piston, an air cylinder and an anti-prying component. According to the anti-prying type intelligent lock with the double protection functions based on the Internet of Things, thespring bolt is prevented from being pried by the anti-prying component, so that the anti-prying function is achieved; in addition, by means of the password mechanism and the fingerprint mechanism, lawbreakers are prevented from unfastening the lock by utilizing the collected fingerprints, and the safety of the intelligent lock is further improved.

Description

technical field [0001] The invention relates to the field of smart locks, in particular to an anti-pry smart lock with double protection functions based on the Internet of Things. Background technique [0002] Smart lock (foreign name Intelligent Lock) refers to a lock that is different from traditional mechanical locks and is more intelligent in terms of user identification, security, and management. Smart locks are the executive components for locking doors in access control systems, including fingerprint locks and password locks. It belongs to the main type of smart lock. [0003] The security performance of existing smart locks is not very high, and a single unlocking method is easily cracked by criminals. For example, the fingerprints left on the fingerprint lock are collected by criminals and used to unlock. Not only that, some criminals will directly use violence to pry Opening the lock tongue to unlock the lock will not only allow lawbreakers to break in, but also d...

AI Technical Summary

Problems solved by technology

[0003] The security performance of existing smart locks is not very high, and a single unlocking method is easily cracked by criminals. For example, the fingerprints left on the fingerprint lock are collected by criminals and used to unlock. Not only that, some criminals will directly use violence to pry Unlocking the lock with the tongue will not only allow criminals to break in, but also damage the smart lock, causing economic losses

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