Human-machine-environment comprehensive simulating test system for special vehicle

Abstract

The invention provides a human-machine-environment comprehensive simulating test system for a special vehicle. The system comprises a test chamber, a control center, a six-freedom movement unit, a temperature/humidity control unit, an air pressure control unit, an air distribution unit, an occupant control unit, a vision scene unit, a sound unit, a chamber environment monitoring unit and a human engineering test unit, wherein the six-freedom movement unit, the temperature/humidity control unit, the air pressure control unit, the air distribution unit, the occupant control unit, the vision scene unit, the sound unit, the chamber environment monitoring unit and the human engineering test unit are connected with the control center. The test chamber is connected with the six-freedom movement unit. The test chamber is internally provided with the occupant control unit, the vision scene unit and the sound unit. The chamber environment monitoring unit and the human engineering testing unit are arranged at the positions which are next to the body of the occupant in the test chamber. The internal space of the test chamber is furthermore connected with the temperature/humidity control unit, the air pressure control unit and the air distribution unit so that an adjusting space for temperature, humidity, air pressure and harmful gases is formed in the test chamber. The human-machine-environment comprehensive simulating test system has a comprehensive testing capability and furthermore can more truly and effectively perform human-machine-environment comprehensive test research on a single factor and composite factors.

Description

technical field [0001] The invention belongs to the field of special vehicle man-machine-environment system engineering, and in particular relates to a special vehicle man-machine-environment comprehensive simulation experiment system in which people are in the loop. Background technique [0002] The rapid development of computers and related technologies has made people use simulation experimental facilities to gain more and more benefits from simulation research. This research method has been used in weapon equipment research, design, production, experiment, appraisal, operation, training, and combat use. and other aspects. Existing simulation experiment systems mostly focus on the simulation of a single factor, such as driving training simulation, temperature environment simulation, low pressure environment simulation, six-freedom movement environment simulation, etc. Such as the armored vehicle training simulator, the armored vehicle training simulator is an early appli...

AI Technical Summary

Problems solved by technology

At present, there is no report on the experimental system that realizes the multi-factor comprehensive simulation of man-machine-environment of special vehicles

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