Infrared array temperature control method and device

Abstract

The invention provides an infrared array temperature control method and device. The method comprises the steps of: acquiring target region temperature data in real time based on an infrared array probe, analyzing the target region temperature data information to form message information, and transmitting the message information to a cloud platform; based on cloud platform big data and artificial intelligence and typed scene analysis, dynamically judging the normal temperature state in the target region, thus realizing fault prediction of the target region. According to the invention, intelligent and remote management and control, intelligent analysis and fault prediction of a fire-fighting area can be realized, so that the purposes of intelligent fire fighting and normalized and digital emergency guarantee are realized.

Description

technical field [0001] The invention mainly relates to the technical field related to infrared temperature control, in particular to an infrared array temperature control method and device. Background technique [0002] The traditional fire protection plan basically uses the smoke sense, and focuses more on the treatment after the fire occurs, with the purpose of minimizing the losses caused by the fire. Infrared temperature measurement is a modern means for fire protection. Compared with the general technology, the infrared thermometer does not need to be in contact with the measured object, will not destroy the temperature distribution of the measured object, and is easy to operate, safe and reliable. Therefore, infrared temperature measurement technology has received more and more attention in the national modern industry, agriculture and military fields. At present, the infrared temperature measurement fire protection scheme is still in the simple detection of single p...

AI Technical Summary

Problems solved by technology

The disadvantages of this method are: First, this method is mainly used as a means of fire fighting, but the use of infrared probes to measure temperature, the detection area is small, and the distance is limited, which cannot serve the purpose of large-area fire alarm in the power distribution room

The second is to do fire extinguishing treatment after the fire, and it does not play a real role in early warning.

The third is that it does not have real-time data collection and processing, and cannot adapt to the purpose of normalization of the Internet of Things and emergency support. Without the use of big data and artificial intelligence technology, it is impossible to realize pre-emptive fire warning and intelligent repair.

There are also relatively mature infrared thermal imaging cameras on the market, but this type of product has disadvantages such as high cost, single-point acquisition, no networking, no computing and analysis capabilities, and a large amount of communication data when transferring images.

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