Automobile or mobile device 3D image acquisition and naked-eye 3D head-up display system and 3D image processing method

Abstract

The invention discloses an automobile or mobile device 3D image acquisition and naked-eye 3D head-up display system and a 3D image processing method. The automobile or mobile device 3D image acquisition and naked-eye 3D head-up display system includes a head-up display, a group of naked-eye 3D screens, a group of bionic 3D viewpoints, a 3D intelligent center, an automobile left side and right side bionic 3D viewpoint sight glass and an intra-automobile naked-eye 3D rearview mirror. With the automobile or mobile device 3D image acquisition and naked-eye 3D head-up display system and the 3D image processing method of the invention adopted, when a driver drives an automobile or uses a mobile device, he or she does not need to leave his or her sight from a road ahead to acquire information, and the driver can judge the relative distances of his or her automobile and other automobiles or pedestrians in adjacent lanes or lanes behind the his or her automobile according to 3D images which come from one group of bionic 3D viewpoints, are played by one group of naked-eye 3D screens in the automobile and have been subjected to bionic 3D image reconstruction technological processing; and an automobile naked-eye 3D playing platform can be provided for a 3D navigation map provided by the invention and other 3D navigation maps made by a third party.

Description

technical field [0001] The invention relates to a 3D image collection suitable for automobiles or mobile devices, a naked-eye 3D head-up display system, a bionic 3D image reconstruction technology, a bionic 3D navigation map production method and a 3D navigation mode. Background technique [0002] The car head-up display (HUD) has made people realize that if the driver can get the car's driving status, traffic conditions, navigation maps, communication and social information without bowing his head or taking his eyes off the road ahead, it will greatly improve The driver's ability to actively drive safely and reduce the possibility of traffic accidents. However, the information provided by the head-up display is limited, and the driver still needs to lower his head to obtain more information and services from the car center console. Streaming media has become a trend in the automotive industry. Digital cameras can be seen everywhere in the car, but drivers cannot judge whet...

AI Technical Summary

Problems solved by technology

However, traditional rearview mirrors have large blind spots, wind resistance and noise coefficient, and the driver cannot judge the relative distance between the car he is driving and other cars or objects or pedestrians in the adjacent lane and the rear lane.

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