Chemical behavior safety analysis system based on space scene modeling and behavior safety

Abstract

The invention discloses a chemical behavior safety analysis system based on space scene modeling and behavior safety, and belongs to the technical field of safety analysis systems. The system comprises a multi-view space grade division module, a behavior identification online learning module and an instant danger response system module, the multi-view space grade division module carries out space modeling on a three-dimensional production space through a plurality of pairs of multi-view cameras, and space depth information is divided; the behavior identification online learning module obtains an image of a specific area through a camera, and then identifies and judges the image; and the instant danger response system module is combined with the output of the multi-view space grade division module and the behavior identification online learning module, and various different levels of instant response strategies are set in a targeted manner. According to the system, the identification rate of safety behaviors can be improved, meanwhile, reasonable immediate response measures can be taken, the accident occurrence probability of chemical production is greatly reduced, the safety coefficient is improved, and effective proceeding of chemical production is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of safety analysis systems, in particular to a chemical industry behavior safety analysis system based on spatial scene modeling and behavior safety. Background technique [0002] There are many potential safety hazards in the chemical industry, and personnel as the main unsafe factor brings many potential dangers. Existing solutions generally adopt the method of manual monitoring. Cameras in construction scene monitored by human eyes. Check based on human experience. The disadvantages of the above scheme are as follows: [0003] 1. Uncertainty in surveillance video image acquisition: Image video acquisition imaging will change with changes in the environment, and imaging for some specific dangerous behaviors will interfere with human eyes; [0004] 2. High redundancy of manual inspection: For every suspected dangerous behavior, manual inspection is required, which is inefficient, which leads to slow con...

AI Technical Summary

Problems solved by technology

[0003] 1. Uncertainty in surveillance video image acquisition: Image video acquisition imaging will change with changes in the environment, and imaging for some specific dangerous behaviors will interfere with human eyes;

[0004] 2. High redundancy of manual inspection: For every suspected dangerous behavior, manual inspec

Images