Smart home linkage method and system by infrared human body induction based on cloud lock

Abstract

Provided are a smart home linkage method and system by infrared human body induction based on a cloud lock. The method includes the process of door entering unlocking and detection. The method includes step 1 of acquiring fingerprint information or key information by a mobile communication terminal, and transmitting fingerprint information or key information and unlocking instructions; step 2 of determining whether the fingerprint information or the key information has the unlocking authority; step 3 of receiving, by a cloud lock device, an infrared detection command and a remote unlocking command, and detecting whether someone is outside the door by an infrared sensor A; step 4 of sending, by the cloud lock device, a triggering infrared command to a cloud server after unlocking is achieved; step 5 of triggering, by the cloud server, an infrared sensor B on a smart home device; step 6 of sending a starting instruction to the smart home device after the confirmation by the mobile communication terminal; step 7 of receiving the starting instruction by the smart home device, and performing starting operation. According to the smart home linkage method and system, not only is the problem of potential safety hazards caused by accidental remote unlocking touch solved, but also the specific indoor smart home device is triggered by linkage, and the smart home linkage method and systemare more intelligent.

Description

technical field [0001] The invention relates to the technical field of intelligent door lock control, in particular to a smart home linkage method and system based on infrared human body induction of cloud locks. Background technique [0002] In recent years, intelligent electronic locks have gradually developed from a concept to commercial industrialization. The technology of remote intelligent unlocking through mobile communication terminals has become the mainstream trend of development, but at the same time there are corresponding security risks. Due to geographical constraints, Usually the unlocker is often unable to monitor the situation outside the door lock in real time. If there is a child playing with the mobile communication terminal at will, or accidentally touching the mobile phone by himself, especially when the key is relatively simple or using In the case of the fingerprint unlocking method, if the door lock is released but not found in time, it will lead to ...

AI Technical Summary

Problems solved by technology

[0002] In recent years, intelligent electronic locks have gradually developed from a concept to commercial industrialization. The technology of remote intelligent unlocking through mobile communication terminals has become the mainstream trend of development, but at the same time there are corresponding security risks. Due to geographical constraints, Usually the unlocker is often unable to monitor the situation outside the door lock in real time. If there is a child playing with the mobile communication terminal at will, or accidentally touching the mobile phone by himself, especially when the key is relatively simple or using In the case of fingerprint unlocking, if the door lock is released but not found in time, it will lead to a greater security risk;

[0003] In addition, the functionality of the current smart electronic lock device is relatively simple, and it is only used as an independent door lock function to realize intelligence, and there is no further linkage control of indoor smart home on the basis of the function of fingerprint recognition door lock. To achieve more intelligence, users often need to open the door lock separately to enter the room, and then independently control the smart home devices in the room, which has the disadvantages of cumbersome operation, long time consumption and low flexibility

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