Rescue vehicle analogue simulation training device and operation method

Abstract

The invention relates to a rescue vehicle analogue simulation training device and an operation method. The rescue vehicle analogue simulation training device comprises a six-degree-of-freedom platform, a display and a controller, a vehicle single-row two-physical cockpit frame is erected on the six-degree-of-freedom platform; various driving operation devices are restored in a driving cabin, and comprise seats, instrument panels, a central control, buttons, steering wheels, accelerators, brakes, clutches and gear levers. The rescue vehicle analogue simulation training device can simulate the process that the high-maneuverability rescue vehicle arrives at a disaster site after passing through a mountainous area complex environment, can be used for operation simulation training of the high-maneuverability rescue vehicle, and can also simulate the process that a rescue team maneuvers to the site and then carries out rescue operation.

Description

technical field [0001] The invention relates to a simulation training device, in particular to a rescue vehicle simulation training device. Background technique [0002] The rescue vehicle is a special vehicle. After a natural disaster occurs, the rescue vehicle needs to quickly pass through the complex environment of the mountainous area to reach the disaster site. [0003] Existing car simulators use gamepads and driving kits to simulate the operation process, and the sense of reality of the operation is poor; the vehicle performance simulation is inaccurate, and the vehicle performance does not match the real vehicle, and it is impossible for the trainees to understand the actual capabilities of the vehicle; the vehicle screen, sound and The motion feeling is inaccurate, the driving training body feeling is poor, the structure is simple, the function is single, and the real-time animation simulation of the current driving state of the car cannot be performed in real time ...

AI Technical Summary

Problems solved by technology

[0003] Existing car simulators use gamepads and driving kits to simulate the operation process, and the sense of reality of the operation is poor; the vehicle performance simulation is inaccurate, and the vehicle performance does not match the real vehicle, and it is impossible for the trainees to understand the actual capabilities of the vehicle; the vehicle screen, sound and Inaccurate motion feeling, poor driving training body feeling, simple structure, single function, can not perform real-time animation simulation of the current driving state of the car according to each dynamic in real time, thus greatly reducing the simulation effect of car driving

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