Intelligent automobile simulating driving device

Abstract

Disclosed is an intelligent automobile simulating driving device which includes a simulating driving operation platform, an intelligent transmission control platform and a simulating vehicle. The device is characterized in that the simulating driving operation platform includes a simulating driving controller, a dynamic seat, a human-eye-rolling identification device, a three-dimension electronic compass and a display. The intelligent transmission control platform includes a control computer. The simulating vehicle includes a vehicle body, a gravity sensing module, a holder module, a camera module and a power device. The vehicle body device of the simulating vehicle is provided with a minisize casing and motion system, which are similar with those of a common automobile. The intelligent automobile simulating driving device is capable of adjusting the height of the camera according to view angles of people of different heights so that a framing effect is more real; the visual framing error of a driver is reduced effectively so that pictures seen by the driver are closer to the reality; and human head rotation control adopts the three-dimension electronic compass which is convenient and light and also capable of reducing the cost significantly.

Description

technical field [0001] The invention belongs to the technical field of transportation, and relates to simulated driving of automobiles, in particular to an intelligent automobile simulated driving device for automobile drivers to learn to operate and drive. Background technique [0002] Cars have become the main means of transportation for modern people to live and work. At present, people learn to drive a car mainly by entering a driving school, but as we all know, the driving school occupies a large area, the learning cost is high, and the learning process is long. [0003] The open document with the application number 201220293043.X has disclosed a simulated driving system for the driver to learn to operate and drive. The steering gear module described in it only rotates according to the angle of rotation of the human head, and cannot realize the driving according to different heights. The person's field of vision can be adjusted up and down. In this open document, a hu...

AI Technical Summary

Problems solved by technology

At present, people learn to drive a car mainly by entering the driving school, but as we all know, the driving school occupies a large area, the learning cost is high, and the learning process is long

[0003]Application No. 201220293043.X has disclosed a simulated driving system for the driver to learn to operate and drive, and the steering gear module described therein is only It is rotated according to the angle of rotation of the head, and it cannot be adjusted up and down according to the vision of people of different heights

In this open document, a human head sensing device is also disclosed, which senses the angle signal of human head rotation to control the rotation of the steering gear module. It is not perfect enough, and the control accuracy is not high. It eliminates the visual error caused by the rotation of human eyes, and cannot achieve the effect of high imitation driving a real car

For people who are still learning to drive or newbies who are just starting out on the road, they often don’t know how much the steering wheel should turn when they encounter a turn, which causes them to make mistakes due to panic when they encounter a turn, which increases the incidence of traffic accidents

When learning to drive and driving at ordinary times, we all have to obey the traffic rules. However, if there is no good traffic monitoring system in the above-mentioned novel simulation driving system that has been disclosed, it will be difficult Achieve the effect of allowing drivers to fully and effectively learn driving skills

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