Rail underwater blasting simulation training system

Abstract

The invention discloses a rail underwater blasting simulation training system. The system comprises a guiding and adjusting terminal, a system server, an immersive wearable device, a motion capture system, an underwater posture simulator, a rail simulator and an exploder simulator. The guiding and adjusting terminal is connected with the system server and used for setting various parameters and interactive operation of an underwater battlefield scene. The system server is connected with the immersive wearable device, the motion capture system, the underwater attitude simulator and the rail barsimulation system, and is used for sending parameters, receiving and storing feedback data of each device, and carrying out integrated operation simulation on training data. An augmented reality technology, an individual soldier motion capture technology and a high-precision underwater posture simulation technology are utilized to simulate a training system for rail underwater blasting, the psychological quality and on-site strain capacity of rail underwater blasting task officers and soldiers for coping with various complex task scenes can be remarkably improved, and army fighting capacity generation is accelerated.

Description

technical field [0001] The invention relates to the technical field of simulation training, in particular to a simulated training system for underwater blasting of rail villages. Background technique [0002] The underwater blasting of rail villages is an important mission of the engineering troops. Individual soldiers can carry blasters, dive and covertly approach the rail villages and install blasters to destroy the rail villages in the passage. Affected by factors such as water pressure, water flow, surge, underwater light brightness, personnel physical and psychological load, etc., the underwater special blasting actual training in the rail village is a task with a high risk factor. Psychological quality puts forward high demands. At present, there are a series of problems in the actual underwater blasting training in Guitiao Village, such as lack of venues, difficulty in environmental simulation, high risk, and difficulty in scientific evaluation of training effects. ...

AI Technical Summary

Problems solved by technology

[0004] Chinese patent CN210616555U discloses a six-degree-of-freedom ROV simulation driving system. This patent simulates the ROV simulation driving system. People operate the underwater data acquisition body through the remote control handle, which cannot be directly applied to the simulation training of the underwater blasting of rail villages.

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