3D oil-and-gas station fire accident emergency drilling simulating system and simulating method thereof

Abstract

The invention discloses a 3D oil-and-gas station fire accident emergency drilling simulating system and a simulating method thereof. The system and the method mainly settle problems of low digitalization degree, non-enough scene fidelity and the like in oil-and-gas station fire accident emergency training. Through utilizing the 3D oil-and-gas station fire accident emergency drilling simulating system and the simulating method thereof, a user logs on the system through a network for realizing oil-and-gas station fire accident emergency drilling and examining, wherein the simulating system comprises a 3D virtual oil-and-gas station field, an accident setting module, a monitoring module, an emergency drilling module and an examining evaluation module; and the simulating method comprises fireaccident emergency drilling steps of equipment emergency-repairing, alarming evacuation, personnel rescuing, etc. The 3D oil-and-gas station fire accident emergency drilling simulating system and thesimulating method thereof can be used for oil-and-gas station fire accident emergency drilling and improve fire accident emergency handling capability of employees.

Description

technical field [0001] The invention relates to a simulation system and a simulation method, in particular to a 3D refueling station fire emergency drill simulation system and a simulation method. Background technique [0002] In recent years, the demand for oil and natural gas has been increasing, and the number of refueling stations in cities has continued to rise. Fire is one of the most frequent accidents in refueling stations, which will cause huge property losses and life safety problems. Therefore, the development of a It is of great significance to set up a refueling station fire accident emergency drill system, conduct fire drills for refueling station employees, improve employees' ability to deal with sudden fire accidents, and ensure the safe operation of refueling stations. With the rapid development of 3D modeling and simulation technology, computer 3D simulation technology has been widely used in various petrochemical accident emergency drill simulation systems...

AI Technical Summary

Problems solved by technology

[0003] CN104700678A discloses a simulation training and simulation drill system, which conducts three-dimensional training and simulation drills for the production, transportation and storage of hazardous chemicals. It only establishes a framework without specific implementation methods

[0004] CN103578315B relates to a three-dimensional fire training and drill evaluation method, which mainly solves the problem that the digitalization degree of three-dimensional fire training and drill evaluation in the prior art is not high. Although it contains a variety of typical accident cases, it does not show the whole process of fire accident scene emergency operation in detail

Use the real fire system to simulate the on-site fire scene, use active electronic tags to track and monitor the real-time location, escape route and identity information of emergency drillers, and determine whether the trainees have passed the assessment. The way to deal with fire accidents is to close the pipeline valve, lacking specific instructions Fire fighting and emergency rescue measures, and need to use some physical display, can not simulate all fire rescue scenes

[0006] CN105096685A relates to a petrochemical fire scene multi-perception emergency training system, including a 3D drive engine, a heat flux sensor module, an equipment operation module, a basic knowledge database module, a scene database module, a desktop deduction assessment module, a server and a client computer The technical solution better solves the problems of insufficient interactivity and low scene awareness in the existing technology

However, it is mainly aimed at the learning and operation drills of the fire protection module. It lacks emergency procedures such as specific emergency operations, information transmission, and personnel evacuation, and cannot show a complete and systematic fire scene emergency operation process.

[0007] CN102930753B discloses a gas station virtual training system, which uses virtual reality hardware devices such as data gloves and position trackers and a three-dimensional drive engine module to generate a gas station virtual scene, but there is a lack of corresponding countermeasures in the virtual accident scene

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