Remote monitoring early-warning system of automotive vehicle

Abstract

The invention provides a remote monitoring early-warning system of an automotive vehicle, comprising a remote control transmitter, a remote control receiver, a central processor, a liquid crystal or digital display, a circulated alarm bell early-warning device and a voice reminder, wherein the remote control transmitter is used for receiving a signal on sudden stop of the automotive vehicle caused by a fault or accident in the quick running process and converting the signal into a transmitting signal as well as sending the transmitting signal, or is used for directly transmitting a signal on a no-passing nameplate caused by road maintenance; the remote control receiver is used for receiving the signal from the remote control transmitter; the central processor is used for processing the signal from the remote control receiver and sending out an alarm bell and a voice circulated prompt instruction; the liquid crystal or digital display is connected with an output end of the central processor and used for displaying the distance between the transmitting signal position and the receiving signal position; the circulated alarm bell early-warning device is used for receiving the alarm bell sent by the instruction from the central processor; and the voice reminder is used for receiving the voice circulated prompt sent by the instruction from the central processor. The system provided by the invention is suitable for the remote monitoring early-warning of all automotive vehicles such as large, middle and small sedans, large, middle and small passenger cars and small trucks, pure electric vehicles and hybrid electric vehicles.

Description

technical field [0001] The invention relates to a remote monitoring and early warning system for motor vehicles, in particular to a remote monitoring and early warning system for motor vehicles suitable for all motor vehicles, including large, medium and small cars, large, medium and small passenger cars, large, medium and small trucks, pure electric vehicles, and hybrid vehicles. system. Background technique [0002] With the smooth implementation of the national macro-control policy, the rapid development of the national economy, and the rapid improvement of people's living standards, automobiles, electric vehicles, hybrid vehicles and other types of motor vehicles have entered thousands of households, and motor vehicles have brought people high-speed and fast-paced life, but also the "weapon" of instant extinction, the driving safety of motor vehicles is a severe test faced by human beings. When a motor vehicle is driving fast on a constantly flowing lane, especially whe...

AI Technical Summary

Problems solved by technology

When a motor vehicle is driving fast on a constantly flowing lane, especially when driving at a high speed on an expressway, the minimum speed limit of the expressway is normally 60 kilometers per hour, and the maximum speed is generally 110 kilometers per hour, and many small and medium-sized motor vehicles are in Overspeeding with a maximum speed of 110 kilometers per hour or more, because the driving speed is basically constant, it is easy to cause visual fatigue of the driver. After driving for 2 hours, it will often cause symptoms such as drowsiness, fatigue, back pain, and lack of concentration. Actions will cause sluggish eyesight and unresponsiveness. At this time, if the vehicle in front breaks down or suddenly stops in an accident, because there is no remote monitoring and early warning system to remind the driver, it is easy to cause rear-end collision accidents, and at the same time there will be one after another or even dozens of vehicles. A major tragedy that resulted in dozens of casualties

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