VR technology-based marine nuclear power platform emergency drill simulation system

Abstract

The invention belongs to the technical field of marine nuclear power platform nuclear emergency drill and relates to a VR technology-based marine nuclear power platform emergency drill simulation system. The system comprises a processor, wherein the processor has information collection and control functions, and is connected with various parts of the system and controls the various parts, and theprocessor can receive data, process data, transmit data, and send control signals so as to ensure the normal operation of the various parts of the system. The system is characterized in that the system the processor is electrically connected with a head-mounted VR device, a nuclear emergency unit, a display screen, a mouse and keyboard assembly, an operating handle, an action acquisition unit, a sound recording device, a status acquisition unit, a storage module, a result analysis module and an intelligent push module. With the system of the invention adopted, an operator can experience a nuclear emergency process by himself or herself and can carry out nuclear emergency intervention in a simulation scenario, so that the nuclear emergency intervention and rapid response capability of the operator can be improved.

Description

technical field [0001] The invention relates to the technical field of marine nuclear power platform nuclear emergency drills, in particular to a simulation system for marine nuclear power platform emergency drills based on VR technology. Background technique [0002] The marine nuclear power platform is a floating nuclear power plant on the sea. The overall structure is a floating ship, which is equipped with a small nuclear reactor, converts nuclear energy into electrical energy, and transmits electrical energy to users. Nuclear accidents are serious deviations from normal conditions that rarely occur in nuclear facilities or activities. Nuclear facility operators need to formulate nuclear emergency plans and make every effort to keep the radiation dose received by the public and operators below the relevant threshold. At present, the nuclear emergency drills of land-based nuclear power plants are all carried out on physical sites, which have disadvantages such as long pre...

AI Technical Summary

Problems solved by technology

At present, the nuclear emergency drills of land-based nuclear power plants are all carried out on physical sites, which have disadvantages such as long preparation period, high cost, and insufficient pertinence to different nuclear accidents. There are also certain safety hazards during the drills. It will cause damage to nuclear facilities and some public facilities, and will also cause environmental pollution

Moreover, the nuclear emergency response of marine nuclear power platforms also involves the content of marine emergency response of ships, and the difficulty and degree of danger of emergency response have increased.

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