Big dipper-based intelligent safe driving monitoring system

Abstract

The invention provides a big dipper-based intelligent safe driving monitoring system. The big dipper-based intelligent safe driving monitoring system comprises a power supply and a display screen, wherein a vehicle door on-off inductor, a monitoring device and a minitype monitoring camera are arranged between the power supply and the display screen. The big dipper-based intelligent safe driving monitoring system provided by the invention is simple in structure and reasonable in design; when a compartment door is opened, the vehicle door on-off inductor is used for collecting information and then transmitting the information to an information processor in the minitype monitoring camera, the minitype monitoring camera can be automatically started for monitoring the scene in a compartment, then the information can be directly transmitted to the display screen, later checking work is convenient, safety and reliability are realized, and an overall object losing situation can be effectivelyimproved; meanwhile, when a monitoring device detects that the temperature or smoke in the compartment reaches a set safety value, sound-light alarm is realized, the minitype monitoring camera is usedfor monitoring, a driver can handle work in time, the whole safety performance can be effectively increased, hidden danger can be removed, safety and reliability are realized, unnecessary loss can beavoided, and the applicability is wide.

Description

Technical field [0001] The invention relates to the technical field of intelligent driving, in particular to an intelligent safe driving monitoring system based on Beidou. Background technique [0002] Intelligent driving essentially involves the cognitive engineering of attention attraction and distraction, which mainly includes three links: network navigation, autonomous driving and manual intervention. The prerequisite for intelligent driving is that the vehicle we select meets the driving dynamics requirements, the sensors on the car can obtain relevant audiovisual signals and information, and control the corresponding follow-up system through cognitive computing. The network navigation of intelligent driving solves the problems of where we are, where we go, which lane in which road we walk, etc.; autonomous driving is under the control of an intelligent system to complete lane keeping, overtaking and merging, red and green lights, lights Driving behaviors such as whispering...

AI Technical Summary

Problems solved by technology

During the driving of existing vehicles, sometimes the goods are lost or the items in the compartment are damaged due to the impact of bumps, temperature and other factors, resulting in product damage and potential safety hazards.

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