A method, device, and server for managing parameters of an Internet of Things terminal

Abstract

The present invention is applicable to the technical field of security supervision, and provides a method for managing terminal parameters of the Internet of Things and a device server, wherein the method includes: according to the type of monitoring environment, the type of terminal equipment, and historical false alarm records, determine the terminal equipment in each monitoring environment Under the core environment indicators and the preset indicator adjustment thresholds corresponding to the core environment indicators, the real-time detection value corresponding to the core environment indicators in the monitoring environment is obtained. If the real-time detection value exceeds the preset indicator adjustment threshold for a preset duration, a temporary Configure parameters to terminal devices to control terminal devices to configure temporary configuration parameters as new alarm thresholds, which improves the efficiency of remote configuration of terminal device parameters and the accuracy of terminal device monitoring and fire warning, ensuring the safety of users.

Description

technical field [0001] The invention belongs to the technical field of security supervision, and in particular relates to a method, device and server for managing parameters of an Internet of Things terminal. Background technique [0002] The existing remote configuration platform configures terminal device information in real time, mainly through the network protocol TCP long connection communication established between the client and the server, so as to realize real-time remote configuration of the terminal device. For example, remote configuration of electrical cloud transmitter equipment reporting and platform interaction inspection interval, electrical equipment temperature, electrical equipment leakage, electrical equipment overcurrent, electrical equipment overvoltage, electrical equipment undervoltage alarm threshold and other parameters. Due to the different environments of terminal equipment, unified configuration parameters cannot meet the monitoring needs of te...

AI Technical Summary

Problems solved by technology

Due to the different environments of terminal equipment, unified configuration parameters cannot meet the monitoring needs of terminal equipment. Extreme weather or other environmental factors will affect the alarm accuracy of terminal equipment, resulting in a lot of false alarms. For example, outdoor weather causes atmospheric suspension Particles change, the most common cause of this sudden rise in suspended particles is heavy fog and sand blowing weather, and this suspended particle, like the smoke particles generated in a fire, can cause a large amount of light to scatter and ionize in the photoelectric sensing room. The combination of charged ions causes false alarms of the smoke detector; when the ventilation air enters the smoke detector, an air vortex will be formed, which will lift up the dust that stays or is adsorbed on the detector protective mask net, making it reach the alarm threshold, thereby Cause false alarms; when it rains or when the air humidity increases when you return to the south, when moisture enters the smoke detector sensing chamber, tiny water molecules will cause a large number of detector light sources to scatter and be scattered to the sensor, resulting in detector false alarms. Alarm; there is also a short circuit of electronic components caused by moisture, which will also cause false alarms by the detector; in places where the network signal is weak, abnormal interruptions may occur during network transmission, which makes the remote configuration platform fail to send information for configuring terminal equipment. , reducing the configuration efficiency

Images