Electronic rear-view mirror with 360-degree panorama monitoring function

Abstract

The invention provides an electronic rear-view mirror with a 360-degree panorama monitoring function. The electronic rear-view mirror is arranged in a vehicle and electrically connected with multiplecamera shooting parts, and the camera shooting parts are arranged on the outer surfaces of the left, right, front and rear portions of a vehicle body respectively. The electronic rear-view mirror comprises a display screen, an operation module, a three-dimensional image model establishment module, an image processing module and a cutting module. In this way, when the electronic rear-view mirror plays an image, the situation can be avoided that the sight of a driver needs to be moved downwards when the driver watches the image, by making a three-dimensional image model, the driver can determinethe surrounding condition of the vehicle body in a non-sight-dead-corner mode, through the display screen, multiple played real-time images and virtual images are determined, and accordingly the driver can determine the accuracy of model establishment and make judgement suitable for the current situation by synthesizing different kinds of images.

Description

technical field [0001] The invention relates to the technical field of electronic rearview mirrors, especially a method that allows the driver to observe the surroundings of the vehicle without any blind spots while driving, and allows the driver to observe the actual and simulated images at the same time to make a more suitable mirror for the current situation. The electronic rearview mirror with 360-degree surround view monitoring function for judging the situation. Background technique [0002] In the process of driving, the driver uses the rearview mirror to detect the conditions of vehicles or pedestrians on the left, right and rear, but because the rearview mirror has its dead angle, when someone, object or vehicle is located in the blind angle, the driver will There is no way to know, leading to a higher probability of accidents. [0003] Therefore, in recent years, the technology of photographic equipment used for vehicle driving assistance has been vigorously devel...

AI Technical Summary

Problems solved by technology

[0002] In the process of driving, the driver uses the rearview mirror to check the left, right and rear vehicle or pedestrian conditions, but because the rearview mirror has its dead angle, when someone, object or vehicle is located in the dead angle, the driver will Unknown, resulting in a higher chance of accidents

[0003] Therefore, in recent years, the technology of photographic equipment used for vehicle driving assistance has been vigorously developed, but most of them only passively provide images around the vehicle to assist the driver to avoid accidents, and if it is for driving safety, it needs to be used on the left and right. and rear blind spots to reduce the probability of accidents by eliminating dead spots around the vehicle as much as possible, but the visual range is still limited, and if you want to operate the function of switching lenses to display different images will also cause Diminished concentration

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