All-directional vehicle-mounted intelligent safety monitoring system and method

Abstract

The invention relates to an all-directional vehicle-mounted intelligent safety monitoring system. The system is characterized in that when a vehicle body vibration perception module detects an external collision, an intelligent monitoring center controller gives out an awakening power supply instruction signal to an intelligent power supply module; the intelligent power supply module provides power for an environment perception module; and the environment perception module begins to work and continuously sends perceived object information around the automobile to the intelligent monitoring center controller. According to the invention, when the automobile suffers from the external collision, scratches and stealing and damage, the system can be intelligently started; after checking confirmation, suspected object scenery image information at any angle around the automobile is continuously acquired; data recording and storing are performed; and images around the automobile are sent to anautomobile owner mobile phone, so all-directional, real-time and effective monitoring of safety of the automobile is achieved.

Description

technical field [0001] The invention provides a vehicle safety monitoring system and a monitoring method, in particular to an all-round vehicle intelligent safety monitoring system and a monitoring method, belonging to the field of vehicle safety monitoring. Background technique [0002] With the rapid development of sensor technology, information technology, and automotive electronics, it provides favorable opportunities for smart, safe, and low-carbon cars. Major car companies have also released industrial plans to realize autonomous driving in the next few years. In recent years, smart driving cars equipped with various radar and camera sensors will be common. However, these advanced technologies are mostly used in the field of active risk avoidance and safety monitoring during vehicle driving, and there is no real-time and effective method for safety monitoring in the unsupervised state after the vehicle is parked. According to the survey and statistics of the traffic p...

AI Technical Summary

Problems solved by technology

However, this system has two major limitations. One: due to the limitation of the lens installation position, it can only obtain a limited field of view within a fixed range in the vehicle. When the vehicle is accidentally damaged outside the lens monitoring range, the system cannot obtain Effective information around the outside of the vehicle, the monitoring is blank, and the image information obtained at this time is also meaningless; second: remote monitoring cannot be realized in areas without network coverage in the underground parking lot;

[0004] Patent CN20081024675.8 discloses a safety monitoring system for car anti-theft and robbery, which can alarm and image acquisition when the vehicle is stolen, but there are three problems in this system. The first: the system is always in working condition and has The camera device shoots in real time, and the power consumption of the system is large, which affects the normal use of the vehicle battery and increases the failure of the vehicle to stall; second: the patent realizes the image acquisition function of the front of the vehicle through a camera near the vehicle rearview mirror, which can be seen from its monitoring The scope is limited, and it is impossible to monitor the safety of the vehicle in all directions; third: through monitoring the abnormality of the video image to identify whether the vehicle has been stolen, there is no additional confirmation device, and false alarms may occur, disrupting the normal use of users

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