Control method and system of emergency drilling system

Abstract

The invention discloses an emergency drilling system and a control method of the emergency drilling system, and the method comprises the steps that a server generates a scene resource file, and transmits the scene resource file and a preset script file to a client; the client loads the scene resource file to generate and display a virtual drilling scene, and executes the script file to control theprocess of emergency drilling; a virtual reality device collects state data of the drilling personnel and sends the state data to the client; and the client performs analog simulation of driving operation on an operation component of the virtual drill scene according to the state data, and performs analog simulation on the body movement of the virtual drill personnel to generate emergency drill data. According to the control method of the emergency drilling system, a nuclear emergency exercise mechanism is enhanced through virtual-real combined man-machine operation, the experience of emergency exercises can be accumulated, and weak links in the emergency system can be found out.

Description

Technical field [0001] The invention relates to the technical field of software development, in particular to an emergency drill system and a control method of the emergency drill system. Background technique [0002] Among the related technologies, the nuclear power plant emergency exercise program is mainly to use the nuclear power plant simulator to set up the exercise scenario, and the generated data is displayed by the two-dimensional human-machine interface, and the participants collaborate to complete the exercise in order to achieve the purpose of skill mastering and learning. [0003] However, most domestic nuclear power plants do not involve serious accidents when receiving data from simulators for nuclear emergency drills, or those involved in serious accidents will artificially give several sets of data to conduct drills, and the related technology is to perform tasks in the order of the plan without consideration. As a result of human misoperation, it is difficult to c...

AI Technical Summary

Problems solved by technology

[0003] However, most nuclear power plants in China do not involve serious accidents when receiving simulator data for nuclear emergency drills, or those involving serious accidents will conduct exercises with artificially given sets of data, and in related technologies, tasks are executed in the order of the plan, without consideration Due to the influence of human error, it is difficult to carry out training and drills for serious accidents with strong pertinence and high systematicity

At the same time, the participants only learn the emergency plan and often perform tasks according to the sequence of the plan, lacking the simulation of misoperation or non-sequential operation, resulting in a disconnect between the drill and the actual situation

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