Automobile remote-control method

Abstract

The invention relates to an automobile remote-control method which comprises the following steps: an audio-visual apparatus which can view road conditions outside a remote-control automobile and hear sounds outside the remote-control automobile is arranged in the remote-control automobile, signals received by the audio-visual apparatus are transmitted to a concentrated point of a driving simulation chamber by radio waves, a driver at the concentrated point acts the same action as that in an automobile at other times in the driving simulation chamber according to image information transmitted from the remote-control automobile, and the operation signals are transmitted back to the remote-control automobile by the radio waves so as to remotely control various operations of the remote-control automobile. The automobile remote-control method is characterized in that a large area which is possible reached by the remote-control automobile is provided with a plurality of areas, control signals between adjacent areas are provided with an intersection area, when the remote-control automobile drives from the intersection area of a front area to the intersection area of a next area, a GPS server sends signals to transmit the control of the remote-control automobile from the driving simulation chamber of the front area to the driving simulation chamber of the next area, so the transmitting distances of the radio waves are very short, and images viewed by the drive in the driving simulation chamber is similar to real-time images, thus the invention enhances the safety of the remote-control automobile.

Description

technical field [0001] A remote control method, especially a car remote control method. Background technique [0002] It is not only costly to have a dedicated driver for car driving, but also inconvenient for the confidentiality of speeches on the way and the management of drivers by the traffic police department. For example, some long-distance transport vehicles do not change drivers midway in order to save costs. Drowsy driving is common. In order to overcome the above problems, people are developing unmanned vehicles, which can automatically drive to the destination according to the will of the owner. Security performance is also difficult to make people generally accepted. Therefore, people have proposed remote-controlled cars, but with ordinary car remote-controlled methods, when the car is thousands of kilometers away from the starting point and there is an emergency in front of the car and the car needs to be braked, the controlled car will transmit the camera sig...

AI Technical Summary

Problems solved by technology

[0002] It is not only costly to have a dedicated driver for car driving, but also inconvenient for the confidentiality of speeches on the way and the management of drivers by the traffic police department. For example, some long-distance transport vehicles do not change drivers midway in order to save costs. frequent fatigue driving

In order to overcome the above problems, people are developing unmanned vehicles, which can automatically drive to the destination according to the will of the owner. Safety performance is still difficult to make people generally accept

Therefore, people have proposed remote-controlled cars, but with ordinary car remote-controlled methods, when the car is thousands of kilometers away from the starting point and there is an emergency in front of the car and the car needs to be braked, the controlled car will transmit the camera signal to the driving simulation room, and then the driving signal from the simulation room It takes a few tenths of a second to send it back to the car with radio waves. If the car moves forward at a speed of 120 kilometers per hour, the scene seen by the driver will lag behind the actual scene by nearly 1 meter, so it is easy to cause traffic accidents. Safety performance not tall

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