Vehicle safety monitoring method, vehicle safety monitoring system and vehicle having same

Abstract

The invention discloses a vehicle safety monitoring method, a vehicle safety monitoring system and a vehicle having the same. The monitoring method comprises the following steps of judging whether a driver intends to turn left or right; if the driver intends to turn left or right, controlling left radars or right radars to be started to scan whether an obstacle exists in the left blind area or right blind area; and performing alarming if the obstacle exists in the left blind area or right blind area. Firstly, whether the driver intends to turn left or right is judged, secondly, if the driver intends to turn left or right, the left radars or right radars are controlled to be started to scan whether the obstacle exists in the left blind area or right blind area, and if the obstacle exists, alarming is performed, thus vehicles running in the blind areas are effectively monitored, and traffic information of a lane to which the driver intends to change is provided for the driver accurately, so that the occurrence of traffic accidents is avoided, and potential safety hazards are eliminated.

Description

technical field [0001] The invention relates to the technical field of vehicles, in particular to a vehicle safety monitoring method and system and a vehicle having the same. Background technique [0002] During normal driving, if the vehicle intends to change lanes, there is a blind spot for the driver to observe the driving situation of the lane to be changed through the reversing mirror. If there is a vehicle driving in this blind spot at this time, the driver cannot see the vehicle in the blind spot. , once the lane is forced to change, it is easy to cause a collision hazard. [0003] In the related art, a small convex lens is installed in the rear view mirror of the vehicle. According to the wide-angle imaging principle of the convex lens, the driver can see a wider range of viewing angles in the convex lens, for example, the viewing angle in the blind spot can be seen, thereby expanding the viewing angle. viewing area. However, the object seen through the convex lens...

AI Technical Summary

Problems solved by technology

However, the object seen through the convex lens will be deformed, and the image formed by the small convex lens will be smaller than the actual object, making it impossible to judge the distance between the actual object's position and your own position

In addition, although convex lens imaging can expand the viewing area, the increased viewing area must be limited and cannot completely cover the blind area, and when the vehicle is driving in a dark environment such as at night, the convex lens basically fails and the driver cannot pass. The convex lens judges whether there is a driving vehicle on the side, which poses a safety hazard

Images