Fire accident emergency disposal drilling system and processing method

Abstract

The invention discloses a fire accident emergency disposal drilling system and processing method.The fire accident emergency disposal drilling system comprises calculation processing equipment and modeling equipment, modeling is carried out on a petrochemical fire scene through the modeling equipment, scaling-down reconstruction is carried out through 3D printing equipment, and then a head-mounted displayer and the mixed reality technology are utilized; and the superposition of a virtual fire scene and a real scene on a sand table is realized, and petrochemical fire accident emergency disposal simulation drilling is performed through three-dimensional interaction. The fire accident drilling processing method specifically comprises the following steps: firstly, determining a petrochemical typical fire emergency disposal process and an accident evolution process control method, performing process carding on a fire accident plan through the disposal process and the process control method, and performing three-dimensional modeling analysis through a typical fire accident scene. And the petrochemical typical fire accident emergency disposal simulation drilling system is developed. The drilling system and the processing method can perform simulation drilling and simulation reality interaction on fire accidents, and are convenient to use and high in reliability.

Description

technical field [0001] The invention relates to the field of petrochemical enterprise safety engineering and virtual reality technology, in particular to a fire accident emergency response drill system and a processing method. Background technique [0002] In recent years, it is not uncommon for large-scale fire and explosion accidents at home and abroad to continue to expand due to inadequate initial emergency response. Therefore, how to effectively improve the emergency response capabilities of enterprise employees in the face of emergencies and how to better familiarize enterprise employees with the emergency plan process is Problems to be solved. With the continuous development of information and digital technologies such as augmented reality and mixed reality, new technologies and methods are provided for experiential emergency drills of major fire accidents in tank farms, which is conducive to improving the emergency rescue skills and emergency response capabilities of...

AI Technical Summary

Problems solved by technology

[0003] Traditional emergency response simulation drills are mainly divided into three methods: 1. Learning the text version of the emergency plan. This method can comprehensively and systematically familiarize yourself with different emergency response procedures, but it is also cumbersome, and it is not easy to perceive and understand without practical operation. The limitation of memorization; 2. Desktop drill, this method can comprehensively and macroscopically understand the entire emergency response process, but it cannot really conduct on-the-spot drills and real operations, and the sense of immersion is insufficient; 3. Real drill, this method is the closest Real disaster scenarios, simulated drills of accident and disaster disposal in real sites, can be operated in a real way to make people feel perceptual, and the training effect is good, but there is also a problem that each operator can only perform drills and drills for their own drill roles Unfamiliar with the steps of the preplan with low role correlation, it is impossible to understand the shortcomings of all the drill steps macroscopically, and the cost of a drill is high, waste of resources, and the number of training people is limited

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