Explosion-proof hyperspectral far-infrared gas cloud imaging control transmission and information processing, directional publishing system

Abstract

The invention relates to an explosion-proof hyperspectral far-infrared gas cloud imaging control transmission, information processing, and directional publishing system, including a front-end acquisition sub-system, in order to collect images and / or physical information data of the front-end environment and convert them into signals suitable for transmission; The data analysis subsystem analyzes and processes the received image and / or physical information data, and transmits and exchanges the information data together with the operation status and control data to the intelligent interface subsystem; the intelligent interface subsystem is for linking the data analysis subsystem, neural network The main control system and the aggregated linkage subsystem are linked to the resource information sources of the external network, which can be dynamically organized and expanded; the neural network main control system, in order to analyze the received image and / or physical information data, comprehensively process the information of each channel. The operation status data is used to issue operation control instructions; the aggregated linkage sub-system manages the overall operation of the system in order to display the gas cloud information and location information data of each channel.

Description

technical field [0001] The invention relates to the technical field of gas cloud monitoring, in particular to an explosion-proof hyperspectral far-infrared gas cloud imaging control transmission, information processing and directional publishing system. Background technique [0002] In hazardous gas cloud monitoring techniques (such as continuous hydrocarbon leaks), the prior art uses a mesh network of monitoring sensors for monitoring, and over a very short range, the prior art cannot provide detailed information on the source of the leak or plume trajectory, and in addition , the technique requires the gas plume to reach the sensor, which often occurs long after the leak begins. At present, gas cloud imaging cameras based on thermal imaging technology have appeared and are becoming more and more popular. Gas cloud imaging technology is based on infrared absorption spectrum. Different gases have different absorption characteristics, which are completely different in the inf...

AI Technical Summary

Problems solved by technology

[0003] Existing infrared camera detection has relatively large defects, which only detect gases in the infrared region, and cannot be used for continuous monitoring due to the need for manual interpretation to determine the existence of harmful gas clouds

Existing gas leak detection systems cannot be fully automated. For example, comprehensive warning information cannot be automatically given according to the monitored gas cloud conditions, and corresponding solutions cannot be quickly and automatically implemented. In addition, the connections between the front-end and back-end interfaces of the existing system are not standardized The anti-interference ability is poor, it is easy to cause information transmission terminal or information transmission error, the front-end data transmission equipment is not effective in dealing with harsh environments, etc. For this reason, this application provides an explosion-proof isolation effect for continuous monitoring of large fixed facilities Hyperspectral far-infrared gas cloud imaging control transmission and information processing, directional release system

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