System, method and vehicle used for removing obstacle view angle of vehicle A column

Abstract

The invention relates to a system, a method and a vehicle used for removing an obstacle view angle of a vehicle A column, wherein the system comprises a camera device that is set at the outside of the vehicle for shooting the left-front direction of the vehicle and outputting the shooting signals, an optical sensor that is mounted inside the vehicle for detecting a head portion position of a driver and a view angle of an A column and outputting the sensor signals, a projecting device that is set inside the vehicle for projecting the received images to the A column, a processor that is mounted inside the vehicle and that is connected to the camera device, the optical sensing device and the projecting device for receiving the camera signals and the sensor signals; the view angle of the driver that is blocked by the A column is calculated based on the sensor signals; and an obstacle view angle image blocked by the A column is selected out from the camera signals based on the view angle and the obstacle view angle image is transmitted to the projecting device, so as to display the obstacle view angle image on the A column in a projection way. By adopting the system provided herein, the occurrence of car accidents caused by the problem of the driver view angle can be prevented effectively.

Description

technical field [0001] The present invention relates to the technical field of automobiles, in particular to a system, method, vehicle and a vehicle provided with the system for eliminating the obstacle viewing angle of an A-pillar of a vehicle. Background technique [0002] In today's social life, various types of vehicles have been widely used by people. However, in the process of people driving these vehicles, due to the existence of the A-pillar obstacle view angle on the vehicle, it inevitably causes a driver's blind spot in the driving process. In order to solve this problem, many technologies are provided in the prior art to avoid forming the above-mentioned A-pillar blind spot: for example, a camera device is installed at the bottom of the door rearview mirror, and the camera device is used; Display the camera on the monitor in the car; another example is to replace the part of the A-pillar on the vehicle that blocks the view with a transparent material, but this te...

AI Technical Summary

Problems solved by technology

However, in the process of people driving these vehicles, due to the existence of the A-pillar obstacle view angle on the vehicle, it inevitably causes the driver's blind spot in the driving process.

In order to solve this problem, many technologies are provided in the prior art to avoid forming the above-mentioned A-pillar blind spot: for example, a camera device is installed at the bottom of the door rearview mirror, and the camera device is used; Display the camera on the monitor in the car; another example is to replace the part of the A-pillar on the vehicle that blocks the view with a transparent material, but this technology is limited by factors such as the development of engineering materials and the strength and rigidity of the car body. Not yet applicable to vehicle development

[0003] For these existing schemes as mentioned above, although the driver can view the blind spot situation caused by A-pillar blocking in the monitor in the car, but because they need to keep an eye on the instrument panel, navigator, The information on the monitor and other devices, and at the same time need to pay attention to the road conditions ahead from the front windshield of the vehicle, so it is very easy to ignore the blind area information displayed on the in-vehicle monitor due to the A-pillar occlusion, which may lead to Accidents or dangerous situations occur during driving, which endanger personal safety and cause property damage

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