Electronic coded lock monitoring system and method

Abstract

The invention relates to an electronic coded lock monitoring system and working method. The system comprises an electronic coded lock module, a client, a control module, a monitoring module, an eventinterlocking module and a keyboard module, wherein the event interlocking module acquires a target person in an identification area and triggers the monitoring module; the monitoring module is used for acquiring a dynamic video signal of the target person in real time and identifying the identity of the person according to the video signal; the keyboard module is used for inputting an administrator password to open the permission of the administrator and setting an initial state and for inputting a temporary password to open the coded lock; the control module is connected with the electronic coded lock module and used for acquiring state information of the electronic coded lock module and controlling the on-off of the electronic coded lock module according to the input of the keyboard module; and the client is separately communicated with the monitoring module and the control module and determines whether to transmit an instruction to the control module according to the output of the monitoring module and is used for controlling the on-off of the electronic coded lock module.

Description

technical field [0001] The invention relates to an electronic combination lock monitoring system and method. Background technique [0002] The main problems faced by the current research and the electronic combination lock proposed on the market are insufficient security, poor stability, real-time unlocking, insufficient convenience and flexibility, and human-computer interaction, that is, insufficient humanization. In the process of using the electronic combination lock, it is mainly to ensure the safety of the electronic combination lock. Since it is an electronic product, the power consumption of the product should be ensured as much as possible. Most of the studies only use single unlocking functions such as keyboards, fingerprint modules, and RFID cards, and all of them require human-machine contact, continuous power supply, and high power consumption during use. And it cannot record the information of the unlocker, and the user-defined use of combination locks is ver...

AI Technical Summary

Problems solved by technology

In various fields of research, industrial applications, and residential life, the final use effect will be relatively insufficient if the electronic combination lock is involved.

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