Steering wheel interactive system, method and device based on virtual reality (VR)

Abstract

The invention discloses a steering wheel interactive system, method and device based on virtual reality (VR). The steering wheel interactive system comprises a virtual scene generating module, a hardware interactive module, an operation input module, a processor and a driving feedback module; the virtual scene generating module generates a corresponding VR virtual training scene according to the choice of a user; the hardware interactive module uses hardware interactive equipment to operate a steering wheel; the operation input module converts the operation behavior of the user through the hardware interactive equipment into a designated signal to be sent to the processor; the processor reads the signal content according to the signal input by the operation input module and sends a corresponding instruction to the driving feedback module; and the driving feedback module controls a VR driving device to execute corresponding feedback according to the instruction of the processor and calls the virtual scene generating module to generate a corresponding cartoon or scene The steering wheel interactive system, method and device have the beneficial effects that wear and tear of a coach car in the steering wheel training process are reduced, the reliance on the coach car and a coach is reduced, the driving training efficiency is improved, and the familiarity of the user with a steering wheel using method is deepened.

Description

technical field [0001] The invention relates to a VR-based steering wheel interaction system, method and device, and belongs to the technical field of virtual driving. Background technique [0002] At present, most traditional driving training uses a real steering wheel for steering wheel training. During the stage of dictation by the driving school coach to the students and the practice of real car operation, the students can only rely on the coach's training experience and the requirements of the driver's license test for targeted practice during the training period; It is denied that the above method has a certain degree of gain in driving skills, but there are still disadvantages such as low training efficiency, single training scene, long process, large loss of real cars, and high operating costs; because users are not familiar with the correct operation of the steering wheel, Using real cars for training is likely to cause vehicle wear and tear, and the trainees traine...

AI Technical Summary

Problems solved by technology

[0002] At present, most traditional driving training uses a real steering wheel for steering wheel training. During the stage of dictation by the driving school coach to the students and the practice of real car operation, the students can only rely on the coach's training experience and the requirements of the driver's license test for targeted practice during the training period; It is denied that the above method has a certain degree of gain in driving skills, but there are still disadvantages such as low training efficiency, single training scene, long process, large loss of real cars, and high operating costs; because users are not familiar with the correct operation of the steering wheel, Using a real car for training is likely to cause vehicle wear and tear, and the trainees trained in this form often have too rigid a grasp of the steering wheel operation of the vehicle in the actual driving session, and cannot effectively use the learned operating knowledge

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