Driving image system for eliminating dead zone of A column of mobile carrier and image processing method thereof

Abstract

The invention provides a driving image system for eliminating a dead zone of an A column of a mobile carrier and an image processing method thereof. The driving image system is arranged on the movingcarrier and comprises a camera device, a processor and a display device. The camera device is arranged on the moving carrier and used for shooting a plurality of dead area images shielded by an A column of the moving carrier, the dead area images shot at a first time point and a second time point in sequence are called as a first image and a second image respectively, and the shooting angles of the camera device at the first time point and the second time point are the same. The processor is coupled to the camera device and receives the first image and the second image. The processor generatesan image depth of the target object according to the first image and the second image to further generate a third image. The display device is coupled with the processor and used for displaying a third image to enable the driver to view the scenery which is originally shielded by the column A.

Description

technical field [0001] The invention relates to a driving image system, in particular to a driving image system and an image processing method for eliminating the blind area of ​​an A-pillar of a mobile vehicle. Background technique [0002] Various mobile vehicles driven by drivers are currently very popular means of transportation in daily life, such as automobiles. But when driving a car, because the driver is easily blocked by the uprights (also known as A-pillars) on both sides of the front windshield to produce the so-called A-pillar blind zone, making the driver's misjudgment and prone to traffic accidents. [0003] Although narrowing or hollowing out the A-pillar can help improve the driver's vision, the A-pillar is responsible for supporting the weight of the front of the car and needs to have a certain strength, so this improvement method is still limited. Part of the existing technology is to use reflectors to provide the scene in the driver's blind spot. However...

AI Technical Summary

Problems solved by technology

However, when driving a car, because the driver is easily blocked by the uprights (also known as A-pillars) on both sides of the front windshield, the so-called A-pillar blind area occurs, making the driver's judgment error and prone to traffic accidents.

[0003] Although narrowing or hollowing out the A-pillar can help improve the driver's field of vision, the A-pillar is responsible for supporting the weight of the front of the car and needs to have a certain strength, so this improvement method is still limited

Part of the existing technology is to use reflectors to provide the scene in the driver's blind spot. However, during the driving process, the driver can obtain information through the eyes to respond to the external environment most intuitively and quickly, but the image provided by reflection cannot correctly reflect The driver's line of sight angle or the distance from external objects increases the driver's reaction time and increases the risk

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