Automatic vehicle call-for-help method and system

Abstract

The invention discloses an automatic vehicle call-for-help method. The automatic vehicle call-for-help method comprises the following steps of: transmitting call-for-help information to a surrounding vehicle when the vehicle has an accident and is required to call for help, and waiting for the surrounding vehicle to response; transmitting information to a command center if the rescue response information of the surrounding vehicle is detected, notifying that the command center receives the rescue from the surrounding vehicle and forwarding the rescue response information of the rescue vehicle to the command center, so that the command center can track the real-time position of the rescue vehicle in real time, and rescue workers and vehicles are timely organized to meet with the rescue vehicle; and automatically transmitting a rescue request to the command center and entering a call queuing waiting state if the rescue response information of other vehicles is not received. The invention also discloses an automatic vehicle call-for-help system for realizing the method. Automatic contact and mutual rescue between vehicles, contact between the vehicle and the service center and the rescue are combined, so that the rescue time of a vehicle accident is greatly shortened.

Description

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AI Technical Summary

Benefits of technology

Inventors have developed systems where they use sensing devices on nearby cars or other objects (called hereafter) to monitor their movements around them during accidents such as collisions between themselves or roadside hazards. When there're no indication of any damage caused due to these events happening, sending messages back to the central coordinating unit tells us how many people were affected while trying to escape. These notifications then go through communication channels like phone lines to coordinate rescue requests sent across different locations within minutes. They also gather data about who was responsible for each incident overall, allowing officers to better manage emergency situations more efficiently.

Problems solved by technology

The technical problem addressed in this patented text relates to improving upon current methods used at the scene where crashes occur due to lacking communication between vehicles and roadside staff during emergency situations. Current systems require manual intervention from dispatch centers which may be delayed leading to unnecessary trips or increased costs associated with handling heavy tasks.

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