Vehicle peripheral abnormality monitoring method and device and vehicle

Abstract

The present disclosure relates to a vehicle peripheral abnormality monitoring method and device and a vehicle. The method comprises the following steps of: acquiring the first peripheral environment information of the vehicle when an abnormal condition is detected around the vehicle; transmitting a first peripheral environment information to a user end of the vehicle; obtaining a second peripheralenvironment information of the vehicle after receiving a first instruction sent by the user terminal, the first instruction being used for instructing obtaining the second peripheral environment information; sending the acquired second peripheral environment information to the user terminal, wherein the amount of information contained in the first peripheral environment information is smaller than that contained in the second peripheral environment information. Thus, the active early warning under the abnormal circumstance of the vehicle periphery can be realized. Moreover, it can greatly reduce the number of remote telemetry functions used by users and avoid the situation that the power consumption of the whole vehicle is too fast due to the frequent use of remote telemetry functions byusers.

Description

technical field [0001] The present disclosure relates to the field of vehicles, and in particular, to a method and device for monitoring abnormalities around a vehicle, and a vehicle. Background technique [0002] In the prior art, the user can manually obtain the surrounding environment information of the vehicle through the user terminal, so as to realize the remote telemetry of the vehicle. However, if the user frequently sends remote commands to the vehicle, the vehicle's battery power will be continuously consumed in the process of acquiring the surrounding environment information of the vehicle, which also makes the information less effective. Moreover, the field of view of the vehicle camera is limited, there are blind spots, and effective information cannot be obtained. In addition, when the car body is scratched, the window glass is damaged, etc., the anti-theft alarm cannot be triggered, and the safety of the vehicle and its contents cannot be guaranteed. Conten...

AI Technical Summary

Problems solved by technology

However, if the user frequently sends remote commands to the vehicle, the vehicle's power will be continuously consumed in the process of acquiring the surrounding environment information of the vehicle, which also makes the information less effective.

In addition, the field of view of the vehicle camera is limited, there are blind spots, and effective information cannot be obtained

In addition, when the car body is scratched, the window glass is damaged, etc., the anti-theft alarm cannot be triggered, and the safety of the vehicle and its contents cannot be guaranteed.

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